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Throughout the course of comprehensive healthcare, many patients develop problems with their minds and bodies that can lead to severe discomfort, costly treatment, disabilities, and more. Predicting those escalations in advance offers healthcare providers the opportunity to apply preventative measure that might improve patient safety, and quality of care, while lowering medical costs. In simple terms, prediction using networks of big data used to evaluate specific people, and specific risk factors in certain illnesses could save lives, and avoid medical complications.Today, many prognostics methods turn to Artificial Neural Networks when attempting to find new insights into the future of patient healthcare. ANNs (Artificial Neural Networks) are just one of the many models being introduced into the field of healthcare by innovations like AI and big data. Their purpose is to transform huge amounts of raw data into useful decisions for treatment and care.What is a Neural Network?Understanding Neural Networks can be very difficult. After all, to many people, these examples of Artificial Intelligence in the medical industry are a futuristic concept.According to Wikipedia (the source of all truth) :“Neural Networks are a computational approach which is based on a large collection of neural units loosely modeling the way the brain solves problems with large clusters of biological neurons connected by axons. Each neural unit is connected with many others…These systems are self-learning and trained rather than explicitly programmed…”By Glosser.ca – Own work, Derivative of File:Artificial neural network.svg (https://commons.wikimedia.org/wiki/File:Artificial_neural_network.svg), CC BY-SA 3.0, LinkOne way to think of it is this: Imagine that a doctor wants to make a prediction regarding a patient’s health – for instance, whether she or he is at risk of suffering from a certain disease. How would a doctor be able to ascertain that information? In most cases, it would involve using blood tests, taking tests of the patient’s vitals, and more to identify features that have proven to be good predictors of patient health. However, what if doctors only know a handful of risk-factors for a specific disease – or worse, they don’t know the risk factors at all? It would be impossible to make predictions.ANNs help to provide the predictions in healthcare that doctors and surgeons simply couldn’t address alone. They work in moments wherein we can collect data, but we don’t understand which pieces of that data are vitally important yet. These abstractions can therefore capture complex relationships that might not be initially obvious – leading to better prediction for public health.What are the Possibilities for Neural Networks in Healthcare?Though they may seem like a futuristic concept, ANNs have been used in healthcare for several decades. In fact, the book “Neural Networks in Healthcare” covers the various uses of this system prior to 2006. Before 2006, the main successes of ANNs were found in areas like speech processing and image processing. Today, as new technologies emerge, capable of changing the way that we approach neural networks in the first place – it’s worth noting that there may be numerous new options for changing the industry. Today, the possibilities for Neural Networks in Healthcare include:Diagnostic systems – ANNs can be used to detect heart and cancer problems, as well as various other diseases informed by big data.Biochemical analysis – ANNs are used to analyze urine and blood samples, as well as tracking glucose levels in diabetics, determining ion levels in fluids, and detecting various pathological conditions.Image analysis – ANNs are frequently used to analyze medical images from various areas of healthcare, including tumor detection, x-ray classifications, and MRIs.Drug development – Finally, ANNs are used in the development of drugs for various conditions – working by using large amounts of data to come to conclusions about treatment options.Current Examples of Neural NetworksNeural networks can be seen in most places where AI has made steps within the healthcare industry. For instance, in the world of drug discovery, Data Collective and Khosla Ventures are currently backing the company “Atomwise“, which uses the power of machine learning and neural networks to help medical professionals discover safer and more effective medicines fast. The company recently published its first findings of Ebola treatment drugs last year, and the tools that Atomwise uses can tell the difference between toxic drug candidates and safer options.Similarly, options are being found that could insert neural networks into the realm of diagnostic. For instance, in 2014, Butterfly Networks, which are transforming the diagnostic realm with deep learning, devices, and the cloud, raised $100M for their cause. This organization currently works at the heart of the medicine and engineering sectors by bringing together world-class skills in everything from electrical engineering, to mechanical engineering, and medicine. At the same time, iCarbonX are developing artificial intelligence platforms to facilitate research relating to the treatment of various diseases and preventative care. The company believe that soon they will be able to help enable the future of truly personalized medicine.The Future of Healthcare…Perhaps the most significant problem with ANNs is that the learned features involved when it comes to assessing huge amounts of data can sometimes be difficult to interpret. This is potentially why ANNs are more commonly used during situations wherein we have a lot of data to ensure that the observed data doesn’t contain too many “flukes”. Think of it this way – if you toss a coin three times and receive “tails” every time, this doesn’t mean that a coin only has a “tails” side. It just means that you need further evaluation and more testing to get a proper reading of probability.ANNs are going to need some tweaking if they’re going to become the change that the healthcare industry needs. However, alongside new AI developments, it seems that neural networks could have a very important part to play in the future of healthcare.Healthcare organizations of all sizes, types, and specialties are becoming increasingly interested in how artificial intelligence can support better patient care while reducing costs and improving efficiencies.Over a relatively short period of time, the availability and sophistication of AI has exploded, leaving providers, payers, and other stakeholders with a dizzying array of tools, technologies, and strategies to choose from.Just learning the lingo has been a top challenge for many organizations.There are subtle but significant differences between key terms such as AI, machine learning, deep learning, and semantic computing.Understanding exactly how data is ingested, analyzed, and returned to the end user can have a big impact on expectations for accuracy and reliability, not to mention influencing any investments necessary to whip an organization’s data assets into shape.In order to efficiently and effectively choose between vendor products or hire the right data science staff to develop algorithms in-house, healthcare organizations should feel confident that they have a firm grasp on the different flavors of artificial intelligence and how they can apply to specific use cases.Deep learning is a good place to start. This branch of artificial intelligence has very quickly become transformative for healthcare, offering the ability to analyze data with a speed and precision never seen before.But what exactly is deep learning, how does it differ from other machine learning strategies, and how can healthcare organizations leverage deep learning techniques to solve some of the most pressing problems in patient care?DEEP LEARNING IN A NUTSHELLDeep learning, also known as hierarchical learning or deep structured learning, is a type of machine learning that uses a layered algorithmic architecture to analyze data.In deep learning models, data is filtered through a cascade of multiple layers, with each successive layer using the output from the previous one to inform its results. Deep learning models can become more and more accurate as they process more data, essentially learning from previous results to refine their ability to make correlations and connections.Deep learning is loosely based on the way biological neurons connect with one another to process information in the brains of animals. Similar to the way electrical signals travel across the cells of living creates, each subsequent layer of nodes is activated when it receives stimuli from its neighboring neurons.In artificial neural networks (ANNs), the basis for deep learning models, each layer may be assigned a specific portion of a transformation task, and data might traverse the layers multiple times to refine and optimize the ultimate output.These “hidden” layers serve to perform the mathematical translation tasks that turn raw input into meaningful output.An illustration of a deep learning neural networkSource: University of Cincinnati“Deep learning methods are representation-learning methods with multiple levels of representation, obtained by composing simple but non-linear modules that each transform the representation at one level (starting with the raw input) into a representation at a higher, slightly more abstract level,” explains a 2015 article published in Nature, authored by engineers from Facebook, Google, the University of Toronto, and Université de Montréal.“With the composition of enough such transformations, very complex functions can be learned. Higher layers of representation amplify aspects of the input that are important for discrimination and suppress irrelevant variations.”This multi-layered strategy allows deep learning models to complete classification tasks such as identifying subtle abnormalities in medical images, clustering patients with similar characteristics into risk-based cohorts, or highlight relationships between symptoms and outcomes within vast quantities of unstructured data.Unlike other types of machine learning, deep learning has the added benefit of being able to decisions with significantly less involvement from human trainers.While basic machine learning requires a programmer to identify whether a conclusion is correct or not, deep learning can gauge the accuracy of its answers on its own due to the nature of its multi-layered structure.“With the composition of enough such transformations, very complex functions can be learned.”Deep learning also requires less preprocessing of data. The network itself takes care of many of the filtering and normalization tasks that must be completed by human programmers when using other machine learning techniques.“Conventional machine-learning techniques are limited in their ability to process natural data in their raw form,” said the article from Nature.“For decades, constructing a pattern-recognition or machine-learning system required careful engineering and considerable domain expertise to design a feature extractor that transformed the raw data (such as the pixel values of an image) into a suitable internal representation or feature vector from which the learning subsystem, often a classifier, could detect or classify patterns in the input.”Deep learning networks, however, “automatically discover the representations needed for detection or classification,” reducing the need for supervision and speeding up the process of extracting actionable insights from datasets that have not been as extensively curated.Naturally, the mathematics involved in developing deep learning models are extraordinarily intricate, and there are many different variations of networks that leverage different sub-strategies within the field.The science of deep learning is evolving very quickly to power some of the most advanced computing capabilities in the world, spanning every industry and adding significant value to user experiences and competitive decision-making.WHAT ARE THE USE CASES FOR DEEP LEARNING IN HEALTHCARE?Many of the industry’s deep learning headlines are currently related to small-scale pilots or research projects in their pre-commercialized phases.However, deep learning is steadily finding its way into innovative tools that have high-value applications in the real-world clinical environment.Some of the most promising use cases include innovative patient-facing applications as well as a few surprisingly established strategies for improving the health IT user experience.Imaging analytics and diagnosticsOne type of deep learning, known as convolutional neural networks (CNNs), is particularly well-suited to analyzing images, such as MRI results or x-rays.CNNs are designed with the assumption that they will be processing images, according tocomputer science experts at Stanford University, allowing the networks to operate more efficiently and handle larger images.As a result, some CNNs are approaching – or even surpassing – the accuracy of human diagnosticians when identifying important features in diagnostic imaging studies.In June of 2018, a study in the Annals of Oncology showed that a convolutional neural network trained to analyze dermatology images identified melanoma with ten percent more specificity than human clinicians.Even when human clinicians were equipped with background information on patients, such as age, sex, and the body site of the suspect feature, the CNN outperformed the dermatologists by nearly 7 percent.“Our data clearly show that a CNN algorithm may be a suitable tool to aid physicians in melanoma detection irrespective of their individual level of experience and training,” said the team of researchers from a number of German academic institutions.In addition to being highly accurate, deep learning tools are fast.Researchers at the Mount Sinai Icahn School of Medicine have developed a deep neural network capable of diagnosing crucial neurological conditions, such as stroke and brain hemorrhage, 150 times faster than human radiologists.“Our data clearly show that a CNN algorithm may be a suitable tool to aid physicians in melanoma detection irrespective of their individual level of experience and training.”The tool took just 1.2 seconds to process the image, analyze its contents, and alert providers of a problematic clinical finding.“The expression ‘time is brain’ signifies that rapid response is critical in the treatment of acute neurological illnesses, so any tools that decrease time to diagnosis may lead to improved patient outcomes,” said Joshua Bederson, MD, Professor and System Chair for the Department of Neurosurgery at Mount Sinai Health System and Clinical Director of the Neurosurgery Simulation Core.Deep learning is so adept at image work that some AI scientists are using neural networks to create medical images, not just read them.A team from NVIDIA, the Mayo Clinic, and the MGH & BWH Center for Clinical Data Science has developed a method of using generative adversarial networks (GANs), another type of deep learning, which can create stunningly realistic medical images from scratch.The images use patterns learned from real scans to create synthetic versions of CT or MRI images. The data can be randomly generated and endlessly diverse, allowing researchers to access large volumes of necessary data without any concerns around patient privacy or consent.These simulated images are so accurate that they can help train future deep learning models to diagnose clinical findings.“Medical imaging data sets are often imbalanced as pathologic findings are generally rare, which introduces significant challenges when training deep learning models,” said the team. “We propose a method to generate synthetic abnormal MRI images with brain tumors by training a generative adversarial network.”“This offers an automatable, low-cost source of diverse data that can be used to supplement the training set. For example, we can alter a tumor’s size, change its location, or place a tumor in an otherwise healthy brain, to systematically have the image and the corresponding annotation.”Such a strategy could significantly reduce of AI’s biggest sticking points: a lack of reliable, sharable, high-volume datasets to use for training and validating machine learning models.Natural language processingDeep learning and neural networks already underpin many of the natural language processing tools that have become popular in the healthcare industry for dictating documentation and translating speech-to-text.Because neural networks are designed for classification, they can identify individual linguistic or grammatical elements by “grouping” similar words together and mapping them in relation to one another.This helps the network understand complex semantic meaning. But the task is complicated by the nuances of common speech and communication. For example, words that always appear next to each other in an idiomatic phrase, may end up meaning something very different than if those same words appeared in another context (think “kick the bucket” or “barking up the wrong tree”).While acceptably accurate speech-to-text has become a relatively common competency for dictation tools, generating reliable and actionable insights from free-text medical data is significantly more challenging.Unlike images, which consist of defined rows and columns of pixels, the free text clinical notes in electronic health records (EHRs) are notoriously messy, incomplete, inconsistent, full of cryptic abbreviations, and loaded with jargon.Currently, most deep learning tools still struggle with the task of identifying important clinical elements, establishing meaningful relationships between them, and translating those relationships into some sort of actionable information for an end user.A recent literature review from JAMIA found that while deep learning surpasses other machine learning methods for processing unstructured text, several significant challenges, including the quality of EHR data, are holding these tools back from true success.“Researchers have confirmed that finding patterns among multimodal data can increase the accuracy of diagnosis, prediction, and overall performance of the learning system. However, multimodal learning is challenging due to the heterogeneity of the data,” the authors observed.Accessing enough high-quality data to train models accurately is also problematic, the article continued. Data that is biased or skewed towards particular age groups, ethnicities, or other characteristics could create models that are not equipped to accurately assess a broad variety of real-life patients.Still, deep learning represents the most promising pathway forward into trustworthy free-text analytics, and a handful of pioneering developers are finding ways to break through the existing barriers.A team from Google, UC San Francisco, Stanford Medicine, and the University of Chicago Medicine, for example, developed a deep learning and natural language processing algorithm that analyzed more than 46 billion data points from more than 216,000 EHRs across two hospitals.The tool was able to improve on the accuracy of traditional approaches for identifying unexpected hospital readmissions, predicting length of stay, and forecasting inpatient mortality.“This predictive performance was achieved without hand-selection of variables deemed important by an expert, similar to other applications of deep learning to EHR data,” the researchers said.“Instead, our model had access to tens of thousands of predictors for each patient, including free-text notes, and identified which data were important for a particular prediction.”While the project is only a proof-of-concept study, Google researchers said, the findings could have dramatic implications for hospitals and health systems looking to reduce negative outcomes and become more proactive about delivering critical care.Drug discovery and precision medicinePrecision medicine and drug discovery are also on the agenda for deep learning developers. Both tasks require processing truly enormous volumes of genomic, clinical, and population-level data with the goal of identifying hitherto unknown associations between genes, pharmaceuticals, and physical environments.Deep learning is an ideal strategy for researchers and pharmaceutical stakeholders looking to highlight new patterns in these relatively unexplored data sets – especially because many precision medicine researchers don’t yet know exactly what they should be looking for.“Our model had access to tens of thousands of predictors for each patient, including free-text notes, and identified which data were important for a particular prediction.”The world of genetic medicine is so new that unexpected discoveries are commonplace, creating an exciting proving ground for innovative approaches to targeted care.The National Cancer Institute and the Department of Energy are embracing this spirit of exploration through a number of joint projects focused on leveraging machine learning for cancer discoveries.The combination of predictive analytics and molecular modeling will hopefully uncover new insights into how and why certain cancers form in certain patients.Deep learning technologies will accelerate the process of analyzing data, the two agencies said, shrinking the processing time for key components from weeks or months to just a few hours.The private sector is similarly committed to illustrating how powerful deep learning can be for precision medicine.A partnership by GE Healthcare and Roche Diagnostics, announced in January of 2018, will focus on using deep learning and other machine learning strategies to synthesize disparate data sets critical to developing precision medicine insights.The two companies will work to combine in-vivo and in-vitro data, EHR data, clinical guidelines, and real-time monitoring data to support clinical decision-making and the creation of more effective, less invasive therapeutic pathways.“By leveraging this combined data set using machine learning and deep learning, it may be possible in the future to reduce the number of unnecessary biopsies that are performed due to suspicious findings in the mammograms and possibly also reduce mastectomies that are performed to combat ductal carcinoma in situ, a condition that may evolve into invasive breast cancer in some cases,” said Nadeem Ishaque, Chief Innovation Officer, GE Healthcare Imaging.A separate study, conducted by researchers from the University of Massachusetts and published in JMIR Medical Informatics, found that deep learning could also identify adverse drug events (ADEs) with much greater accuracy than traditional models.“By leveraging this combined data set using machine learning and deep learning, it may be possible in the future to reduce the number of unnecessary biopsies.”The tool combines deep learning with natural language processing to comb through unstructured EHR data, highlighting worrisome associations between the type, frequency, and dosage of medications. The results could be used for monitoring the safety of novel therapies or understanding how new pharmaceuticals are being prescribed in the real-world clinical environment.Clinical decision support and predictive analyticsIn a similar vein, the industry has high hopes for the role of deep learning in clinical decision support and predictive analytics for a wide variety of conditions.Deep learning may soon be a handy diagnostic companion in the inpatient setting, where it can alert providers to changes in high-risk conditions such as sepsis and respiratory failure.Researchers from the MIT Computer Science and Artificial Intelligence Laboratory (CSAIL) have created a project called ICU Intervene, which leverages deep learning to alert clinicians to patient downturns in the critical care unit.“Much of the previous work in clinical decision-making has focused on outcomes such as mortality (likelihood of death), while this work predicts actionable treatments,” said PhD student and lead author Harini Suresh. “In addition, the system is able to use a single model to predict many outcomes.”The tool offers human clinicians a detailed rationale for its recommendations, helping to foster trust and allowing providers to have confidence in their own decision-making when potentially overruling the algorithm.Google is also on the leading edge of clinical decision support, this time for eye diseases. The company’s UK-based subsidiary, DeepMind, is working to develop a commercialized deep learning CDS tool that can identify more than 50 different eye diseases – and provide treatment recommendations for each one.In a supporting study published in Nature, DeepMind and Moorfields Eye Hospital found that the tool is just as accurate as a human clinician, and has the potential to significantly expand access to care by reducing the time it takes for an exam and diagnosis.“Currently, eye care professionals use optical coherence tomography (OCT) scans to help diagnose eye conditions. These 3D images provide a detailed map of the back of the eye, but they are hard to read and need expert analysis to interpret,” explained DeepMind.“The time it takes to analyze these scans, combined with the sheer number of scans that healthcare professionals have to go through (over 1,000 a day at Moorfields alone), can lead to lengthy delays between scan and treatment – even when someone needs urgent care. If they develop a sudden problem, such as a bleed at the back of the eye, these delays could even cost patients their sight.”With deep learning, the triage process is nearly instantaneous, the company asserted, and patients do not have to sacrifice quality of care.“This is a hugely exciting milestone, and another indication of what is possible when clinicians and technologists work together,” DeepMind said.WHAT IS THE FUTURE OF DEEP LEARNING IN HEALTHCARE?As intriguing as these pilots and projects can be, they represent only the very beginning of deep learning’s role in healthcare analytics.Excitement and interest about deep learning are everywhere, capturing the imaginations of regulators and rule makers, private companies, care providers, and even patients.The Office of the National Coordinator (ONC) is one organization with particularly high hopes for deep learning, and it is already applauding some developers for achieving remarkable results.In a recent report on the state of AI in the healthcare setting, the agency noted that some deep learning algorithms have already produced “transformational” outcomes.“There have been significant demonstrations of the potential utility of artificial Intelligence approaches based on deep learning for use in medical diagnostics,” the report said.“Where good training sets represent the highest levels of medical expertise, applications of deep learning algorithms in clinical settings provide the potential of consistently delivering high quality results.”The report highlighted early successes in diabetic retinal screenings and the classification of skin cancer as two areas where deep learning may already be changing the status quo.On the clinical side, imaging analytics is likely to be the focal point for the near future, due to the fact that deep learning already has a head start on many high-value applications.“Applications of deep learning algorithms in clinical settings provide the potential of consistently delivering high quality results.”But purely clinical applications are only one small part of how deep learning is preparing to change the way the healthcare system functions.The strategy is integral to many consumer-facing technologies, such as chatbots, mHealth apps, and virtual personalities like Alexa, Siri, and Google Assistant.These tools have the potential to radically alter the way patients interact with the healthcare system, offering home-based chronic disease management programming, 24/7 access to basic triage, and new ways to complete administrative tasks.By 2019, up to 40 percent of businesses are planning to integrate one or more of these popular consumer technologies into their internal or external workflows.Customer support and communication are two early implementations. But with market-movers like Amazon rumored to start rolling out more consumer-facing health options to patients, it may only be a matter of time before chatting with Alexa becomes as common as shooting the breeze with a medical assistant.Voice recognition and other analytics based on deep learning also have the near-term potential to provide some relief to physicians and nurses struggling with their EHRs.Google appears particularly interested in capturing medical conversations in the clinic and using deep learning to reduce administrative burdens on providers.One recent research paper illustrated the potential to use deep learning and NLP to understand casual conversation in a noisy environment, giving rise to the possibility of using an ambient, intelligent scribe to shoulder the onus of documentation.“We wondered: could the voice recognition technologies already available in Google Assistant, Google Home, and Google Translate be used to document patient-doctor conversations and help doctors and scribes summarize notes more quickly?” a Google team posited.“While most of the current automatic speech recognition (ASR) solutions in medical domain focus on transcribing doctor dictations (i.e., single speaker speech consisting of predictable medical terminology), our research shows that it is possible to build an ASR model which can handle multiple speaker conversations covering everything from weather to complex medical diagnosis,” the blog post says.Google will work with physicians and data scientists at Stanford to refine the technology and understand how it can be best applied to the clinical setting.“We hope these technologies will not only help return joy to practice by facilitating doctors and scribes with their everyday workload, but also help the patients get more dedicated and thorough medical attention, ideally, leading to better care,” the team said.EHR vendors are also taking a hard look at how machine learning can streamline the user experience by eliminating wasteful interactions and presenting relevant data more intuitively within the workflow.“Taking out the trash” by using artificial intelligence to learn a user’s habits, anticipate their needs, and display the right data at the right time is a top priority for nearly all of the major health IT vendors – vendors who are finding themselves in the hot seat as unhappy customers plead for better solutions for their daily tasks.Both patients and providers are demanding much more consumer-centered tools and interactions from the healthcare industry, and artificial intelligence may now be mature enough to start delivering.“We finally have enough affordable computing power to get the answers we’re looking for,” said James Golden, PhD, Senior Managing Director for PwC’s Healthcare Advisory Group, to Healthcare IT Analytics News on Healthcare BI, Population Health and Data Management in February of 2018.“When I did my PhD in the 90s on back propagation neural networks, we were working with an input layer, an output layer, and two middle layers,” he recalled.“That’s not extremely complex. But it ran for four days on an Apple Lisa before producing results. I can do the same computation today in a picosecond on an iPhone. That is an enormous, staggering leap in our capabilities.”The intersection of more advanced methods, improved processing power, and growing interest in innovative methods of predicting, preventing, and cheapening healthcare will likely bode well for deep learning.With an extremely high number of promising use cases, strong investment from major players in the industry, and a growing amount of data to support cutting-edge analytics, deep learning will no doubt play a central role in the quest to deliver the highest possible quality care to consumers for decades to come.References :What Is Deep Learning and How Will It Change Healthcare?https://royaljay.com/healthcare/neural-networks-in-healthcare/

Yes. Tel a vision is what a television is all about: mind control. Here is documentation to support your belief that television is a waste of time and the most intensive form of conditioning ever created. You sound very intelligent so I will provide you with proof to support your theory. Some of the research below is from the book – Brainwashing: How The British Use The Media for Mass Psychological Warfare by L. Wolfe and my friend Alex Ansury.Mass Mind Control Through Network Television: Are Your Thoughts Your Own?Why do countless American people go along with the War on Iraq? Why do so many people call for a police state control grid? A major component to a full understanding of why this kind of governmental and corporate corruption is to discover the modern science of mind control and social engineering. It's baffling to merely glance at the stacks of documentation that this world government isn't being constructed for the greater good of humanity. Although there are a growing number of people waking up the reality of our growing transparent soft cage, there seems to be just enough citizens who are choosing to remain asleep. Worse yet, there are even those who were at least partially awake at one time but found it necessary to return to the slumber of dreamland.This is no accident; this is a carefully crafted design. The drive to dumb down the populations of planet earth is a classic art that existed before the United States did. One component to understanding and deciphering the systems of control is to become a student of the magicians of influence and propaganda. In order to defeat our enemies (or dictators), its imperative that we understand how they think and what they believe in.Schooling plays a big role in programming the population, but the most potent and prevalent educational tools are the mass media. These are devised to reach a large audience via the broadcasting of information through natural means (spoken or written language, posters) or technological ones (radio, television, cinema, the Internet). With time, the elite has come to control all the important mass media outlets and are now able to dictate their contents.The trick is easy. All the elite need to do is repeat the same simplistic lies in all the media and the population will believe them without a doubt. This is how lies acquire an irresistible aura of credibility. A specialist of mass brainwashing, L. Wolfe, explains it further:“As Tavistock’s researchers showed, it was important that the victims of mass brainwashing not be aware that their environment was being controlled; there should thus be a vast number of sources for information, whose messages could be varied slightly, so as to mask the sense of external control.”Wolfe specified that the contents had to be entertaining and leave the impression that the person always had the choice between various messages and sources. Therefore, the same repetitive information remains hidden behind different and appealing guises.TavistockAround 1920, theTavistock Institute became the center for the study of human behavior, mind control, propaganda, and social manipulation. Created in London, it spread overseas with the financial help of the Rockefeller Foundation. Its influence increased when it combined the study of anthropology, economy, organizations, politics, psychology, psychoanalysis, psychiatry, and sociology. For example, Tavistock organized social phenomena such as the hippie counterculture and the use of mind-altering drugs. Its primary objectives were and still remain the organization of cultural changes through the imposition of chaos and the occult manipulation of special groups. With a 2012 budget of around 6 billion USD, it is now made up of 10 institutions, 400 subsidiary companies, and 3,000 study groups. In secret, Tavistock guides powerful multinationals such as the Rand Corp. (media, politics, commerce, health, education, defense), the Mitre Corp. (defense, revenue, national security), the Stanford and Hudson Institutes,After 90 years of research, Tavistock’s main discovery concerns child sexuality. This has a great influence on the development of personality. Early sex stimulation produces adults whose emotional development is similar to that of a neurotic child. Their second discovery is related to stress. Tavistock researchers found out that people under controlled stress became more infantile and gave up strongly held beliefs undergroup pressure to conform to popular opinion. That explains why the mass media insist so much on sex, violence, and fear-inducing messages. We are being turned into scared, submissive children who try to evade the stress of daily life through emotional masturbation – television, radio, CDs, DVDs, movies, andvideo games.TelevisionWesterners spend four plus hours a day, the equivalent of two months a year, or nine years in a lifetime, being hypnotized by a television screen without being conscious of the effects this activity has on them. They have nearly stopped interacting with friends, neighbors, community, and even family. Their free time is spent in imaginary relationships with fictitious characters on the screen.A few US statistics will show us the extent of the phenomenon: 99 % of households own at least one TV; there are 2.24 TVs per family; the television remains open 7 hours a day; 66 % eat in front of their television sets. The addiction starts right after birth, since 30% of kids who are 0 to 1 year old and 47 % of the 5 to 8 year-olds have televisions in their rooms. A typical US child spends 3.5 minutes per week in meaningful conversation with a parent, but 1680 minutes per week in front of TV. Is this why television is called the “one-eyed babysitter”? By the time they are 65, most people have seen 2,000,000 TV ads. This phenomenon is becoming global.The entire population of earth has become addicted to television. If one decides to quit the TV habit, they experience psychological withdrawal symptoms that can be as severe as those related to drug or alcohol abuse. There is a direct relationship between child obesity – which is severe for 11% of 6 to 17 year olds in US – and advertisements, since the most popular types of commercials are related to junk food. A study counted more than 200 junk food ads during four hours of cartoons on Saturday morning television in the US. When compared with radio listening, television is more impactful because there are pictures. The more there are to accompany a special news report, the more tangible it will seem and the lesser the chance of people questioning its accuracy. Media expert Hal Becker once said:“I know the secret of making the average American believe anything I want him to. Just let me control television… You put something on the television and it becomes reality. If the world outside the TV set contradicts the images, people start trying to change the world to make it like the TV set images.”How is it that the elite have been so successful in achieving full control of television programming? Through the assistance of government. Politicians vote and impose laws that favor large TV stations over smaller ones and make it difficult for independent ideas to reach the airwaves. Better yet, most countries have their own sanitized State television stations.Mass Hypnosis and Mass ViolenceTavistock hastened to study the effects of television on human behavior as early as the 1940’s. Its researchers discovered that 30 seconds after one starts watching TV, the brain automatically begins to produce alpha waves, a modified state of consciousness. The viewer goes into a trance-like mode, a type of light hypnosis. All their attention becomes concentrated on the screen, while the rest of their environment is ignored. In this semi-conscious state, they become highly susceptible to the messages contained in the programs, especially the commercials, which are created especially for that purpose.Television started becoming popular in the fifties, and the elite have now accumulated more than 60 years of experience spread over three generations of viewers. The results are staggering. People are no longer logical, as their opinions and ideas come directly from television. The images validate what they hear. This filter of tele-opinions gets automatically superimposed over their daily reality, and have become passive members of a plugged-in society, and can no longer think, talk, or write logically. For them, images and knowledge are synonymous.In Europe, violence on television is as critical as in America. Specialized stations such as Baby TV and Baby First broadcast programs for babies 24/7. When toddlers are one year old, they are already watching at least one hour of television a day. Statistics from 1988 showed that during one week of TV watching, viewers witness 670 murders, 15 rapes, 848 fights, 419 shootings or explosions, 11 armed robberies, 8 suicides, 32 hostage takings, 27 torture scenes, 9 defenestrations, 13 strangulations, and 11 war scenes. Nowadays, these types of events are not reserved to late hours. For example, Quebec’s popular TQS station presented the movie Terminator at 6:30 pm – just in time for kids.And it’s Getting Worse!Ever heard of Silent Sound Spread Spectrum or SSSS? It is a secret Pentagon psychotronic technology that has been operational since 1990. In 1991, it was used during the first Gulf War to manipulate Iraqi troops into surrendering en masse. Like compliant children, 200,000 men came out of their desert bunkers and fell to their knees before approaching US troops.The SSSS is now available in your neighborhood – free of charge. It is carried to your brain with the use of several technologies, including chemtrails, cell towers and high definition digital television (HD-TV). In this way, the elite is aiming for total mind control to insure the compliance of its sheeple. Now you know why the government was so enthusiastic about letting us get digital converter boxes for a cheap price, becaue they want us to have access to high-quality television images.Big Brother goes even further with digital streaming video that allows any person with a personal computer linked to the Internet to access and watch popular television programs. This is available for free through companies such as Hulu. In this way, computer monitors and HD-TV screens broadcast SSSS and combine it with subliminally-pulsed images to bring about specific emotions and physical responses to all listeners or a selected type of DNA (Blacks, Orientals, women, etc.). If the elite has a sample of a person’s DNA, it can even target selected individuals. Experimentation has shown that it is effective – with varying levels of efficiency – with about 85% of the population, while the remaining 15% seem to be immune to such mind control attempts.What Should We Do?What should we do now that we know? Well, truth is useless if we do not change our actions.Number one: throw out the television. Even without this new mind-control technology, the television has always been a “box of lies.” Watching TV lowers one’s intelligence, and many statistics are there to prove it. Forget the “good educational shows” that are simply there to misinform you.Number two: limit the time you spend in front of the computer and on the internet, and never watch TV shows from the Internet.Number three: avoid other sources of do not use cell phones (whether ‘smart’ or not). Basically, it is like putting your head in the microwave oven and pushing the ‘ON’ button. It is difficult to avoid chemtrails, but living a TV-free and cellphone-free life is possible – you get so much more time to read, think (for yourself), meditate, exercise, cook, and keep good company.The elite have hijacked our brains with their technology, but we still have our free will. We can choose to use it or not to use it. Which one will you choose?When people think about mind control, they usually think in terms of the classic "conspiracy theory" that refers to Project MkUltra. This program is a proven example of 'overt mind control.' The project had grown out of an earlier secret program, known as Bluebird that was officially formed to counter Soviet advances in brainwashing. In reality the CIA had other objectives. An earlier aim was to study methods 'through which control of an individual may be attained'. The emphasis of experimentation was 'narco-hypnosis', the blending of mind altering drugs with carefully hypnotic programming.A crack CIA team was formed that could travel, at a moments notice, to anywhere in the world. Their task was to test the new interrogation techniques, and ensure that victims would not remember being interrogated and programmed. All manner of narcotics, from marijuana to LSD, heroin and sodium pentathol (the so called 'truth drug') were regularly used.Despite poor initial results, CIA-sponsored mind control program flourished. On 13 April 1953, the super-secret project MK-ULTRA was born. Its scope was broader than ever before, and only those in the top echelon of the CIA were privy to it. Official CIA documents describe MK-ULTRA as an 'umbrella project' with 149 'sub-projects'. Many of these sub-projects dealt with testing illegal drugs for potential field use. Others dealt with electronics. One explored the possibility of activating 'the human organism by remote control'. Throughout, it remained a major goal to brainwash individuals to become couriers and spies without their knowledge.When it was formed in 1947, the CIA was forbidden to have any domestic police or internal security powers. In short, it was authorized only to operate 'overseas'. From the very start MK-ULTRA staff broke this Congressional stipulation and began testing on unwitting American citizens.Precisely how extensive illegal testing became will never be known. Richard Helms, CIA Director and chief architect of the program, ordered the destruction of all MK-ULTRA records shortly before leaving office in 1973. Despite these precautions some documents were misfiled and came to light in the late 1970's. They laid bare the spy agency's cynicism. Despite the widespread knowledge of MK Ultra and the civil lawsuits that followed, this form of behavior modification is not the most expansive. The real dangers are the types of thought control that are 'covert' and not the subject of several dozen Hollywood movies like "Clockwork Orange" and Mel Gibson's "Conspiracy Theory."Our founding fathers faced enormous challenges in the formation of this country and its bill of rights. One challenge was laying down the groundwork or a free society without knowing what kind of technological advances would be made. Who would have guessed in those times that we needed an article in the bill of rights that specifically prohibits the government and it's associates from engaged in mind control or thought control. The closest item that promises our protection from the government is the 4th Article in The Bill of Rights which states, "The right of the people to be secure in their persons, houses, papers, and effects, against unreasonable searches and seizures, shall not be violated, and no warrants shall issue, but upon probable cause, supported by oath or affirmation, and particularly describing the place to be searched, and the persons or things to be seized." Like many are now beginning to note, the US Constitution and its Bill of Rights are merely given lip service by our supposedly elected officials.One of the most common examples of mind control in our so-called free and civilized society is the advent and usage of the television set. This isn't to say that all things on TV are geared towards brainwashing you. They're not. But most of the programming on television today is run and programming by the largest media corporations that have interests in defense contracts, such as Westinghouse (CBS), and General Electric (NBC). This makes perfect sense when you see how slanted and warped the news is today. Examining the conflicts of interest is merely glancing at the issue, although to understand the multiple ways that lies become truth, we need to examine the techniques of brain washing that the networks are employing.Radio isn't any different in its ability to brainwash a population into submission. Sixty-seven years ago, six million Americans became unwitting subjects in an experiment in psychological warfare. It was the night before Halloween, 1938. At 8 p.m. CST, the Mercury Radio on the Air began broadcasting Orson Welles' radio adaptation of H. G. Wells' War of the Worlds. As is now well known, the story was presented as if it were breaking news, with bulletins so realistic that an estimated one million people believed the world was actually under attack by Martians. Of that number, thousands succumbed to outright panic, not waiting to hear Welles' explanation at the end of the program that it had all been a Halloween prank, but fleeing into the night to escape the alien invaders.According to researcher Mack White ( Mack White), "Psychologist Hadley Cantril conducted a study of the effects of the broadcast and published his findings in a book, The Invasion from Mars: A Study in the Psychology of Panic. This study explored the power of broadcast media, particularly as it relates to the suggestibility of human beings under the influence of fear. Cantril was affiliated with Princeton University's Radio Research Project, which was funded in 1937 by the Rockefeller Foundation. Also affiliated with the Project was Council on Foreign Relations (CFR) member and Columbia Broadcasting System (CBS) executive Frank Stanton, whose network had broadcast the program. Stanton would later go on to head the news division of CBS, and in time would become president of the network, as well as chairman of the board of the RAND Corporation, the influential think tank which has done groundbreaking research on, among other things, mass brainwashing. Two years later, with Rockefeller Foundation money, Cantril established the Office of Public Opinion Research (OPOR), also at Princeton. Among the studies conducted by the OPOR was an analysis of the effectiveness of "psycho-political operations" (propaganda, in plain English) of the Office of Strategic Services (OSS), the forerunner of the Central Intelligence Agency (CIA). Then, during World War II, Cantril and Rockefeller money assisted CFR member and CBS reporter Edward R. Murrow in setting up the Princeton Listening Center, the purpose of which was to study Nazi radio propaganda with the object of applying Nazi techniques to OSS propaganda. Out of this project came a new government agency, the Foreign Broadcast Intelligence Service (FBIS). The FBIS eventually became the United States Information Agency (USIA), which is the propaganda arm of the National Security Council. Thus, by the end of the 1940s, the basic research had been done and the propaganda apparatus of the national security state had been set up--just in time for the Dawn of Television."Experiments conducted by researcher Herbert Krugman reveal that when a person watches television, brain activity switches from the left to the right hemisphere. The left hemisphere is the seat of logical thought. Here, information is broken down into its component parts and critically analyzed. The right brain, however, treats incoming data uncritically, processing information in wholes, leading to emotional, rather than logical responses. The shift from left to right brain activity also causes the release of endorphins, the body's own natural opiates--thus, it is possible to become physically addicted to watching television, a hypothesis borne out by numerous studies which have shown that very few people are able to kick the television habit. It's no longer an overstatement to note that the youth today that are raised and taught through network television are intellectually dead by their early teens.The dumbing down of humanity is represented by another shift which occurs in the brain when we watch television. Activity in the higher brain regions (such as the neo-cortex) is diminished, while activity in the lower brain regions (such as the limbic system) increases. The latter, commonly referred to as the reptile brain, is associated with more primitive mental functions, such as the "fight or flight" response. The reptile brain is unable to distinguish between reality and the simulated reality of television. To the reptile brain, if it looks real, it is real. Thus, though we know on a conscious level it is "only a film," on a conscious level we do not--the heart beats faster, for instance, while we watch a suspenseful scene. Similarly, we know the commercial is trying to manipulate us, but on an unconscious level the commercial nonetheless succeeds in, say, making us feel inadequate until we buy whatever thing is being advertised--and the effect is all the more powerful because it is unconscious, operating on the deepest level of human response. The reptile brain makes it possible for us to survive as biological beings, but it also leaves us vulnerable to the manipulations of television programmers. This is where the manipulators use our own emotions as strings to control us. The distortions and directions we are being moved to are taking place in the subconscious, often undetected.Propaganda techniques were first codified and applied in a scientific manner by journalist Walter Lippman and psychologist Edward Bernays (nephew of Sigmund Freud) early in the 20th century. During World War I, Lippman and Bernays were hired by then United States President, Woodrow Wilson, to participate in the Creel Commission, the mission of which was to sway popular opinion in favor of entering the war, on the side of Britain. Edward Bernays said in his 1928 book Propaganda that, "The conscious and intelligent manipulation of the organized habits and opinions of the masses is an important element in democratic society. Those who manipulate this unseen mechanism of society constitute an invisible government which is the true ruling power of our country."The Creel Commission provided themes for speeches by "four-minute men" at public functions, and also encouraged censorship of the American press. The Commission was so unpopular that after the war, Congress closed it down without providing funding to organize and archive its papers. The war propaganda campaign of Lippman and Bernays produced within six months such an intense anti-German hysteria as to permanently impress American business (and Adolf Hitler, among others) with the potential of large-scale propaganda to control public opinion. Bernays coined the terms "group mind" and "engineering consent", important concepts in practical propaganda work. The current public relations industry is a direct outgrowth of Lippman's and Bernays' work and is still used extensively by the United States government. For the first half of the 20th century Betrays and Lip man ran a very successful public relations firm. World War II saw continued use of propaganda as a weapon of war, both by Hitler's propagandist Joseph Gobbles and the British Political Warfare Executive, as well as the United States Office of War Information.Turn on your local newscast. You have a few minutes of blue-collar crime, hardly any white collar crime, a few minutes of sports, misc. chit chat, random political jibber-jabber, and a look at the weather that no one is forecasting correctly. Is that what happened in your town? And we're supposed to own the airwaves! The mainstream media openly supports the interests of the prison industrial complex. The stories focus on minority criminal groups, and exploit the real threat to appear much more dangerous than they are. Think about the growing per capita number of prisoners in the country. Then remember that this is happening at the same time that our prison boom began. The police on our streets have created criminals. The focus is to keep us in a state of fear, that way the elitists can attack any group they want to without fear of consequence. This is why the media is continuing to craft the timeless art of dehumanization.The techniques are increasing in their sophistication over time as the mind scientists that serve the empire continue to discover scientific breakthroughs as to how the human brain functions, learns, retains information, and behaves. The most effective brainwashing techniques are used on the most successful propaganda networks. Examine the music bed that lies low during the fright night scope of the second. It's spooky. I wonder if we are supposed to be thinking with our minds or getting ready for stunt. Observe the graphics with the music. They're glitzy and flashing. Like the monkey that is attracted to shiny objects, it's our monkey hand that controls to remote often stops the search for entertainment when the proper amount of glamour catches their attention. Most importantly, notice the repetition behind the lies that the politicians and their corporate media groupies tell us. You see, the unimaginable fallacies are created as 'truth' not because it's logical or provable, but because of the broken record technique. No matter how ridiculous the lie, it's repeated often enough that the brain doesn't know the difference between reality and nursery rhymes. This technique is under estimated in its ability to allow the puppeteers to hypnotize millions of people. Instead of "Fair and balanced" it's "We say it enough times, and you believe it."It's a tragic day when the state can monopolize on the enslaving and imprisonment of a population. Hollywood will continue to frighten us with films on the mafia, gangsters, and the corrupt blue collar criminal whose stupidity and greed get them caught. In the end, our minds are already pre conditioned to accept living in a police state economy and society because we read it in the paper, saw it praised on the news and talk shows, or saw it in a movie. There are several movies planned right now that support the official story of 911 and a few movies that glamorize the War on IRAQ. According to David L Robb, Author of Operation Hollywood, "Hollywood and the Pentagon have a long history of making movies together. It's a tradition that stretches back to the early days of silent films, and extends right up until the present day. It's been a collaboration that works well for both sides. Hollywood producers get what they want - access to billions of dollars worth of military hardware and equipment - tanks, jet fighters, nuclear submarines and aircraft carriers - and the military gets what it wants - films that portray the military in a positive light; films that help the services in their recruiting efforts. The Pentagon is not merely a passive supporter of films, however. If the Pentagon doesn't like a script, it will usually suggest script changes that will allow the film to receive the military's support and approval. Sometimes these proposed changes are minor. But sometimes the changes are dramatic. Sometimes they change dialogue. Sometimes they change characters. Sometimes they even change history." They create something coined 'disinfotainment'. They mix disinformation with entertainment and call it disinfotainment.Unadulterated Violence is now accepted on regular TV. Killing in the name of the mother government is praised, that is unless the violence is committed in self defense to protect someone from the system. Sharp shooters, bombers, and assassin are worshipped if they are fighting for the system, are in the military, or are associated with groups that control the masses locally, such as the local police department. I don't condone violence, however it's hypocritical to support one form of homicide when it favors the elite, and condemn another when it's done to protect your land, freedom, or loved ones. This odd reality transfers itself into the shady world of video games that are stepped in plots and tasks to kill as much as the player can. The players are getting younger and younger with 7 out of 10 children playing games with a 'Mature' rating. Recently I was browsing the PC video game selection at a very large electronics store. I was appalled to see nearly 50 different games in which the setting of the game is IRAQ and the goal is to kill as many insurgents as possible and fulfill the mission. Children today are being indoctrinated through their favorite games and law enforcement programs to be the button pushes of the weapons of mass destruction for tomorrow's world.Is it any wonder why there are two house bills and a senate bill (with more on the way), which are giant steps in dismantling free speech of the general public. These bills together would kill (PEG) cable access centers where the public still owns the airwaves. It's the programming created locally, without censorship or commercial gain. Their income is derived from franchises within the local cities and a small percentage cable subscriber frees. This is a corporate takeover because this is centralizing communication by removing the locally based programming and moving the audience to the more official, nationalistic, and sensational programs that promotes violence, uniformity, and slavery over peach, diversity and freedom. Cable access features free speech and information with perspectives neglected by mainstream television. It also features a free flow programming system with fresh programs being aired by new producers on a rotating basis. This keeps the content and information creative and locally based while network TV is rigid with regular time slots and repetitive programming.The blocks of programming that are universally accepted parallel the shift to craft our entire lives towards the factory's bell and the illusion of time. This is the creation of the hive mind. The hive mind is result of massive brainwashing to the general public. Everyone shares the same thoughts, goals, knowledge and understanding. A hive mind society gears itself towards conformity and ignores diversity while masqueraded as the road to utopia in mainstream television. Network programming, weather it's the news or drama, is geared towards artificially creating your world and reality. With the proper amount of entertainment and sensationalism, we may even be living our lives through the television set. Many anchors and actors are beautiful and research shows that attractive people are usually perceived as trust worthy. While the real news rolls quickly by on the bottom of your screen, the anchor is selling you on the idea of having your very own police state hell hole right here in your local jurisdiction, or how 2 sports opposing teams chased around on a court for 2 hours in attempt to score points means something to you. No education, no information, SPIN. Today the media represents a tool of brainwashing and indoctrination that is utilized on behalf of the owners interests.Since the 1996 Telco act, television and radio stations all across the nation were bought out by major international media outlets. Clear Channel and Infinity are the two largest corporations in radio today. This has centralized the distribution of information and has threatened our free society ever since. The media drums to the heartbeat of its owners, whose interests are not of the general public. Instead they are interested in their other financial endeavors like defense contracting, oil business, political parties, prison industry. The conflicts of interest are monumental with the deregulation of the corporations. The lines are now blurred between one network's coverage of the war and the other.Once we come to the conclusion that the media is intentionally deceiving us, we can apply the principles of problem-reaction-solution. This formula takes a problem by either creating it or allowing it to happen and presenting that to the population. It could be terrorism, molestation, extra terrestrials. These topics create fear and no one in their right mind would support terrorism or crime. It's therefore OK to blast the television, the papers, and radio with 'the problem.' The natural reaction from the people is a request for more control to ensure more safety. Most let their fear and emotional side control their decisions and usually translated into something like, "The government needs more power over our lives to make us safer and freer from tyranny. I believe what the media tells me so I will support whatever decisions they make." Today's mainstream corporate news program discourages dissent of the war and paints activists with a negative brush that hints of treason. At the same time, the so-called journalists are cogs in a much larger machine who know that if they report a story that paints the government in a dark light, is likely to remain on 'the wire' and off the front page.The most disturbing thing about spending a single hour examining network cable news and modern Hollywood films are the reoccurring themes in the backdrop. The central ideas of countless "investigative reports" or "Friday night special" features are about a threat of some type over the horizon. The end of the world as we know it is being sold. If the news isn't feeding it to you, then the History Channel or Discover Channel are either talking about the crusades, asteroids, UFOs, earthquakes, terrorism, or exposes about serial killers. They are crafted a message that our world is unstable, and the threat is always an invisible and dangerous one that only our military can fix. When you record and log all the messages, you end up with a script, a screen write produced through the movie studios of Hollywood hell.I am not alone in noting this observation. Local and network news are designing their editorials about despair and fear because the owners, producers, and editors now understand that fear sells. The end result are the desired ratings, delivered like expected. The masters of modern spin understand that we like to be terrified. Just look at the success in the action/suspense/terror genres that have plopped onto the conveyor belt and packaged for our glee consumption. When the editors in charge found out that simply plastering a terror alert chart didn't scare the people the same way it used to, they began to kick up the campaign of terror a few notches with new and creative ways to sell the police state.When you get to the other side of the terror alerts of all shapes and sizes, you find another nightmare masquerading as the savior. The 'Ministry of Truth' will protect you. The mother government is here to rescue you and squash this brown terrorist bug, this gray alien, this avian bird flu, and every other nightmare that the nightly news brought you. The finest public relations specialists take the science of worshipping our kings down to a frame by frame level. George W. Bush is pictured in numerous poises with a hallo around his head. In other pictures, he stands tall with dozens of American flags blowing in the wind behind him. A more blasphemous display features him speaking in front of the cross of Jesus Christ. The message send couldn't be more clearly presented. Our current leaders are of the messiah status and only through them, will we reach the gates of safety. The lie that has been accepted by so many as truth is that this is a religious war. Numerous prime time programs are telling the story of the crusades (without the horrors) to synch our vibrations up to something out of the 13th Century, instead of the 21st Century. If the America people accept the fact that the crusades are here, that George Bush reports directly to god, and that revelations are here, then they have won the war for our minds.The loudspeaker whispers, "All our problems are by accident, never design." Across the room the system's minion snorts, "If you have nothing to hide, you have nothing to fear." It's that plot that says Middle Eastern terrorists from an Afghan cave are the reason beyond our little, "War on terror." Related messages in the script demonize young minority males and suggest harsh punishments for crimes they commit. They don't come out overtly and state their racist agenda. They come at you from the side by airing the same crime news repetitively, usually when it's committed by the minority group. The networks love the fact that the TV sets the norms in society and today, and hence politically opinion. Who would imagine that in the United States of America, both candidates of both parties in the 2004 election would be members of the Skull and Bones society at Yale University? Out of 290 million Americans, this is the best we could come up with?It is the decision of the owners to influence producers, editors, and others involved to paint to brush to fit the objective, which is the bottom line. If Sports is what the people want, then they get it, usually in large doses. Multi-media sports (or spectator sports) is just an escape from our own existence. It's like gambling, or drug addiction. It provides that buffer zone of rooting for something with other people that we've been told is good. People's fantasies also lead them to fixating on sports. Its simulated masculinity, in an age where there's a push to change us from men to robots. It's human nature to resist and fight that which is suppressing us. The sociologists and psychologists in areas of influence know this. Spectator sports prove the outlet internationally for what has been stripped away from us. We've lost the right to rebel and change our government through warfare if necessary. Today the bulk of our nation's population today doesn't know what's really going on with the fall of the American dollar and the plans for the transfer of American wealth to other countries. However, most can tell you who the top basketball or football players are. A lot of fans wish they were the stars, out there on the stage, the court, and the drag strip. Either you're "numero uno" in center stage or you're nothing. End of story.What I never understood when I was in high school was why my peers and friends would act naïve or ignorant in a "Wayne's World" or "Beavis and Butthead" kind of way. What I've learned since then is that the numerous programs that are pimping themselves of as 'entertainment' are actually demo graphed to the lowest common denominator. This is especially true with disc jockeys in Radio today. The reason our airwaves are saturated with jokes and content centered on fart jokes, private parts, borderline racism, and general trash talk is because it is selling. In the meantime, large numbers of our children, young adults, and older audiences are mimicking what they see and hear because the current 'norm' is selling this behavior as cool or 'chic.' When the conditioned is so intense that these forms of content are considered the norm, anything else seems either bizarre or uninteresting to the average American's attention span that is decreasing by the day. Hypothetically, if a producer on a network did get away from a feature story exposing government corruption at the highest levels, chances are the large impact necessary wouldn't be realized because the average viewer's brain has already been conditioned to seek out certain types of disinfotainment.The media has created the picture perfect society that could exist if we only did things their way, (their interests/government interest). It tells us what happiness is and what it is not and same for love, hate or anything else they can implant into our sub consciousness. We can become the perfect slave to the system through indoctrination given through network TV. Over time the messages are becoming increasingly racist, violent, and dishonest. But the programming began decades ago and few have the eyes to see it for what it has become. We live in a world where the populations give their minds away to the official version of the event, where utopia is right around the corner when big brother is riding shotgun. It's a world where Hollywood can make you believe anything, even that you are free. It's a world in which the prosecutor and the judge sit on the same side of the bench. The most obvious reason that our minds are being controlled on a massive scale psychologically, is become our culture has been conditioned incriminatingly to a TV, a radio, or a paper. We are given the world reality through a screen, some ink, or radio waves. The truth is hiding in plain site. The indoctrination through these mediums warns us that views other than those presented by them are unimportant and too be condemned. This Administration and media monopoly has a carefully crafted dehumanization program to anyone that dissents the official version of events.Some people are wrong about 5% of the time. Some are wrong most of the time. I wish I was wrong all the time. A lot of people deal with theseintense realities, by asking me rhetorically, "What is the solution, smart guy?" Remember, it's the viewers, the consumers and all the other little votes called dollars that helped this oligarchy system lay its concrete foundation in our backyards. We must recognize the truth about why the system is flawed and enslaving us if we wish to beat it. The most important solution to fighting this type of brainwashing and mind control is to start with ourselves and our own awakening in the smaller things. In this case, it's brainwashing but after awhile we break Outside the Box and begin venturing outside the system and into unknown terrain. Fighting with people and forcing them to understand 'our truth' is not a solution. If our collective free will created this nightmare, than only our collective free will change it. The battle begins in the heart and mind of the beholder, and then extends outward from there, only to those open to the information.If you choose to travel the road to the truth, then you must be prepared for the obstacles that await you. You may be condemned or criticized by your family, your friends, your lovers, or your co-workers. This is their programming that began at birth that is doing exactly what it's supposed to do. You're going to have to be stronger than that. You must realize that there is a reality that exists outside of this controlled artificial system. Like Indiana Jones in the Last Crusade, he took that 'leap of faith' over the bridgeless canyon in an attempt to get to the other side. Like Neo in the Matrix, he took the red pill from Morpheus in his attempt to cross over to his real self. Once you wake up, it's as if a hypnotist came along and snapped his fingers. You wake up and say to yourself, "Oh my god. I can see it now. Why did it take me so long to wake up?!" For some of you it can be a major shock. Like anything else, take this information and knowledge in stages. If it took a lifetime for them to mold your reality for you, then you know that it may take longer than a day to fully awaken. Remember, the journey of a thousand miles begins with a single step.The choice is up to you.

I think “stress” too become a global issue in the future. Its ontinouously increases day by day. I share the references of great professor ‘s saying for future issues according mankind.Rob Reich, professor of political science at Stanford University, said, “If the baseline for making a projection about the next today is the current level of benefit/harm of digital life, then I am willing to express a confident judgment that the next decade will bring a net harm to people’s well-being. The massive and undeniable benefits of digital life – access to knowledge and culture – have been mostly realized. The harms have begun to come into view just over the past few years, and the trend line is moving consistently in a negative direction. I am mainly worried about corporate and governmental power to surveil users (attendant loss of privacy and security), about the degraded public sphere and its new corporate owners that care not much for sustaining democratic governance. And then there are the worries about AI [artificial intelligence] and the technological displacement of labor. And finally, the addictive technologies that have captured the attention and mindspace of the youngest generation. All in all, digital life is now threatening our psychological, economic and political well-being.”Rich Salz, principal engineer at Akamai Technologies, commented, “We “We have already seen some negative effects, including more isolation, less ability to focus, more ability to be deceived by bad actors (fake news) and so on. I do not see those lessening. Sadly.”Leora Lawton, lecturer in demography and sociology and executive director of the Berkeley Population Center at the University of California, Berkeley, shared these reasons digital life is likely to be mostly harmful: “The long-term effects of children growing up with screen time are not well understood but early signs are not encouraging: poor attention spans, anxiety, depression and lack of in-person social connections are some of the correlations already seen, as well as the small number of teens who become addicts and non-functioning adults.”An anonymous research scientist and professor said, “The grand internet experiment is slowly derailing. The technologies that 50 years ago we could only dream of in science fiction novels, which we then actually created with so much faith and hope in their power to unite us and make us freer, have been co-opted into tools of surveillance, behavioral manipulation, radicalization and addiction.”Digital deficits: People’s cognitive capabilities will be challenged in multiple ways, including their capacity for analytical thinking, memory, focus, creativity, reflection and mental resilienceWe currently live in a culture that fosters attention-deficit disorder because of hyperconnectivity.NIKKI GRAVESAn anonymous director of one of the world’s foremost digital rights organization said, “I’m concerned that the pace of technology creation is faster than the pace of our understanding, or our development of critical thinking. Consider, for a moment, the latest buzzword: blockchain. Yesterday, I heard about a blockchain app designed for consent in sexual interactions – designed, of course, by men in Silicon Valley. If it sounds ridiculous, that’s because it is. We’ve reached a phase in which men (always men) believe that technology can solve all of our social problems. Nevermind the fact that a blockchain is a permanent ledger (and thus incontestable, even though sexual abuse can occur after consent is given) or that blockchain applications aren’t designed for privacy (imagine the outing of a sexual partner that could occur in this instance). This is merely one example, but I worry that we’re headed toward a world in which techno-solutionism reigns, ‘value’ has lost all its meaning, and we’re no longer taught critical-thinking skills.”An anonymous president of a U.S.-based nonprofit commented, “Increasingly social media is continuing to reduce people’s real communication skills and working knowledge. Major industries – energy, religion, environment, etc., are rotting from lack of new leadership. The level of those with aliteracy – people who can read but choose not to do so – is increasing in percentage. The issues we face are complex and intertwined, obfuscated further by lazy bloated media and readers and huge established industry desperate to remain in power as cheaply, easily, safely and profitably as possible – of course! Those of us who still read actual books that require thinking rather than mere entertainment, must redouble our efforts to explain the complex phenomena we are in the midst of addressing in simple terms that can encourage, stimulate, motivate.”A sampling of additional comments about “digital deficits” from anonymous respondents:“We have less focus – too much multitasking – and not enough real connection.”“The downside is too much information and the lack of ability to manage it.”“Attention spans have certainly been decreasing recently because people are inundated with information today.”“There is increasing isolation from human interaction and increased Balkanization of knowledge and understanding.”“Over 50% of childrens, adults , everyone globally mobilised with technology now have some sort of social network-based application, whether it be Instagram, Snapchat or Minecraft. These children are always looking for what they may be missing online. They are increasingly finding it hard to be present and focused.”“The writing skills of students have been in constant decline, as they opt for abbreviations and symbols rather than appropriately structured sentences.”“Digital users who have not lived without technology will not know how to cope with utilizing resources outside of solely tech. With users relying on devices for companionship, we will no longer see people’s faces, only the blue or white screens reflecting from this effervescent gaze.”Unfortunately, major social media corporations have discovered that anger and insecurity keep people glued to their screens. As long as profit is more important than people, digital life will only grow more destructive.KATE THOMASStress on the environment, society and resources?Do large populations affect and put stress on the environment, society and resources? Populations do affect and put stress on the environment. However, some claim that overpopulation is the major cause of environmental degradation. Is that so?While populations no doubt are large in many countries, and demands on resources are obviously large, it is only one of many other causes and some of those other issues such as over-consumption based, unsustainable development may have an even larger impact. Our choice of how to use those resources (i.e. our economic policies) and for what purposes (i.e. our political directions and policies) are critical issues as well on the resulting impact on the environment to meet those uses and purposes.Some suggest that the industrialized nations need to drastically change their consumption patterns that are currently seen, as this is depleting resources more than the demands from large populations as seen in many developing nations.Inequalities in consumption are stark. Globally, the 20% of the world's people in the highest-income countries account for 86% of total private consumption expenditures - the poorest 20% a minuscule 1.3%.More specifically, the richest fifth:Consume 45% of all meat and fish, the poorest fifth 5%.Consume 58% of total energy, the poorest fifth less than 4%.Have 74% of all telephone lines, the poorest fifth 1.5%.Consume 84% of all paper, the poorest fifth 1.1%.Own 87% of the world's vehicle fleet, the poorest fifth less than 1%.Runaway growth in consumption in the past 50 years is putting strains on the environment never before seen.Human Development Report 1998 Overview, United Nations Development Programme (UNDP) — Emphasis AddedMisuse of land and resourcesHow land is used to produce food etc. can have enormous impacts on the environment and its sustainability. (This can sometimes challenge assumptions on the instinct and common belief that we are overpopulated by sheer numbers and that this is the major cause of environmental degradation. While populations can burden the environment, it is the relative impact of population numbers alone versus why and how resource are used that we wish to consider here.) Take the following as an example:Junk-food chains, including KFC and Pizza Hut, are under attack from major environmental groups in the United States and other developed countries because of their environmental impact. Intensive breeding of livestock and poultry for such restaurants leads to deforestation, land degradation, and contamination of water sources and other natural resources. For every pound of red meat, poultry, eggs, and milk produced, farm fields lose about five pounds of irreplaceable top soil. The water necessary for meat breeding comes to about 190 gallons per animal per day, or ten times what a normal Indian family is supposed to use in one day, if it gets water at all.... Overall, animal farms use nearly 40 percent of the world's total grain production. In the United States, nearly 70 percent of grain production is fed to livestock.Economic policies of the wealthier nations and their consumption demands mean that more land is often used for less than ideal purposes, such asGrowing cash crops (bananas, sugar, coffee, tea etc) for export to wealthier countries (primarily);Diverting productive land for non-productive uses (tobacco, growing flowers for export markets, etc);Clearing land and used to grow things like cattle for beef exports. (Parts of the Amazon for example, are cleared for cattle ranches so the beef can be exported for use in fast food restaurants. Smaller parts are cleared by the poor who are forced onto marginal lands, or frontier areas due to poverty.These economic policies are often imposed on the poorer nations, through things like Structural Adjustment (SAPs). In the past, colonialism achieved similar things more explicitly, but today it is often wrapped up in complex trade and economic agreements. (One cannot separate geopolitics from economics and the environment.) For more about SAPs, see this web site's section on structural adjustment.Unsustainable DevelopmentAs globalization — in its current form — increases, so too does the unsustainable development approach that it seems to prescribe, as suggested by the following quote:[T]here is abundant evidence that the version of modernity demonstrated in current globalization trends neglects scientific evidence and tradition in equal measure — indeed, that traditional approaches to natural resource management in many communities demonstrate sounder science thandevelopmentdoes. One need only quote the inequitable and unsustainable share of the world's energy used, and greenhouse gases produced, by the United States to rest one's case. Tradition in local resource management elsewhere has survived over many generations precisely because of its sustainability. Global warming and other manifestations of environmental degradation — which are evidently no longer future threats but very real current crises — have resulted from approaches to modernity which, in sweeping such traditions aside, continue in denial about scientific evidence.Brendan Martin, New Leaf or Fig Leaf? The challenge of the New Washington Consensus, Bretton Woods Project, March 2000.In many regions of the world, ecosystem stress can be seen due to human-intensive activities such as unsustainable resource extraction and exploitation via large corporations and international trading agreements that open these sources up for excessive extraction and consumerism. This could lead to numerous future global security issues. At the same time, many businesses and individuals try to calm fears claiming that nothing is wrong. Major themes used for this are:To remind us of mans ingenuity to deal with any problems that may occur;That the resources are abundant enough to not cause a problem and even if they do, we will adapt;And that history shows that we have always come out for the better.Climate Change Impacts Human HealthA new UN report says that health risks related to climate change are on the rise worldwide. At the same time, coordinated international responses can help prevent some of the worst impacts of climate change on health.Youssef Nassef, Director of the Adaptation Programme of the UNFCCC secretariat, says: “the report clearly highlights the need for the UN and partners to continuously strengthen their actions to support governments to build climate resilience, including measures to protect human health.”It was prepared in collaboration with countries, the World Health Organization and other relevant expert organizations, under the Nairobi work programme − UN Knowledge-for-Action Climate Resilience Network. Below follows an overview of the report’s main findings.Climate change is expected to exacerbate health problems that already pose a major burden to vulnerable populationsThe report shares at least five major insights:1. Certain groups have higher susceptibility to climate-sensitive health impacts owing to their age (children and elderly), gender (particularly pregnant women), social marginalization (associated in some areas with indigenous populations, poverty or migration status), or other health conditions like HIV. The socioeconomic costs of health problems caused by climate change are considerable.2. Many infectious diseases, including water-borne ones, are highly sensitive to climate conditions. Figure 1 illustrates the correlation between temperature and diarrhea. A main concern in both developed and developing countries was the increase in and increased geographical spread of diarrhoeal diseases, the report found.Sensitivity of diarrhoeal disease to meteorological conditions. Source: Checkley W et al. 2000. Effects of El Niño and ambient temperature on hospital admissions for diarrhoeal diseases in Peruvian children. Lancet. 355: pp.442–450. Notes: (1) Section A of the figure shows daily admissions for severe diarrhoea at the main paediatric clinic in Lima; (2) Section B of the figure shows daily variations in temperature for Lima over the same period.3. Climate change lengthens the transmission season and expands the geographical range of many diseaseslike malaria and dengue. For example, the conditions for dengue transmission are likely to expand significantly across the globe (see figure 2 below)Changing patterns of infectious disease: dengue transmission. Source: Based on data from Hales S, de Wet N, Maindonald J and Woodward A. 2002. Potential effect of population and climate changes on global distribution of dengue fever: an empirical model. Lancet. 360: pp.830–834. Notes: (1) Section (a) shows dengue fever transmission in 1990; (2) Section (b) shows projected expanded distribution of dengue fever in the warmer, wetter and more humid conditions expected in the 2080s, assuming no change in non-climatic determinants of dengue distribution.4. Climate change will bring new and emerging health issues, including heatwaves and other extreme events. Heat stress can make working conditions unbearable and increase the risk of cardiovascular, respiratory and renal diseases. Additionally, it is estimated that 22.5 million people are displaced annually by climate or weather-related disasters, and these figures are expected to increase in the future. Climate-induced human mobility has a socioeconomic cost and can affect mental and physical health.5. Malnutrition and undernutrition were highlighted as a concern for a number of developing countries in Africa, Asia and Latin America, which discussed the impacts of climate change on food security, particularly in relation to floods and drought.While these risks and challenges are big, there are also many solutionsThe report highlights inspiring examples of adaptation solutions for health worldwide:The Climate Adaptation Management and Innovation Initiative of the Word Food Programme develops climate-induced food insecurity analyses and practices to inform programming and decision-making. The initiative focuses on16 countries across Asia, the Middle East, and Eastern, Central and Northern Africa.In France, the Tiger Mosquito Surveillance Network monitors the tiger mosquito’s movements.The Smart Health Facilities Initiative and Smart Hospitals Toolkit is being implemented through the Pan American Health Organization in the Caribbean with the aim of supporting the governments of the selected countries to assess and prioritize vulnerability reduction investments in their health facilities.Some countries integrate health into their national adaptation plans (NAPs) and programmes. For example, Macedonia and six additional countries are part of an initiative of WHO and the German Federal Ministry for the Environment, Nature Conservation, Building and Nuclear Safety that brings health into adaptation plans.There are also a number of training and awareness-raising activities, including the Self-Learning Course on Climate Change and Health, developed by Mexico’s National Institute of Public Health in line with the joint Pan American Health Organization/WHO Strategy and Plan for Action on Climate Change. The training aims at raising awareness and improving knowledge on the health effects of climate change among the general public and other sectors.To help scale up adaptation action in countries in the area of human health, various solutions have been proposed in the report that require actions by the UN and partners. As a part of the solution, the Nairobi work programme has developed the 5 step process below:Five-step process on health and adaptation under the Nairobi work programmeEffects of global warming on humansFrom Wikipedia, the free encyclopediaClimate change has brought about possibly permanent alterations to Earth's geological, biological and ecological systems.[1]These changes have led to the emergence of a not so large-scale environmental hazards to human health, such as extreme weather,[2]ozone depletion, increased danger of wildland fires,[3]loss of biodiversity,[4]stresses to food-producing systems and the global spread of infectious diseases.[5]In addition, climatic changes are estimated to cause over 150,000 deaths annually.[6]To date, a neglected aspect of the climate change debate, much less research has been conducted on the impacts of climate change on health, food supply, economic growth, migration, security, societal change, and public goods, such as drinking water, than on the geophysical changes related to global warming. Human impacts can be both negative and positive. Climatic changes in Siberia, for instance, are expected to improve food production and local economic activity, at least in the short to medium term. Whereas, Bangladesh has experienced an increase in climate-sensitive diseases such as malaria, dengue, childhood diarrhoea, and pneumonia, among vulnerable communities.[7]Numerous studies suggest, however, that the current and future impacts of climate change on human society are and will continue to be overwhelmingly negative.[8][9]The majority of the adverse effects of climate change are experienced by poor and low-income communities around the world, who have much higher levels of vulnerability to environmental determinants of health, wealth and other factors, and much lower levels of capacity available for coping with environmental change. A report on the global human impact of climate change published by the Global Humanitarian Forum in 2009, estimated more than 300,000 deaths and about $125 billion in economic losses each year, and indicating that most climate change induced mortality is due to worsening floods and droughts in developing countrieslinks for reference for stress will be globally future riskhttps://www.scientificamerican.com/article/20-big-questions-about-the-future-of-humanity/Earth as humans’ habitat: global climate change and the health of populations