Monthly Archives: February 2017

Want Your Company To Stay Relevant? Start Learning How To Harness AI – Forbes

Posted: February 22, 2017 at 4:14 am

Want Your Company To Stay Relevant? Start Learning How To Harness AI
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Artificial intelligence (AI) has the power to change how our workforce operates, and if you want your business to stay competitive, you need to get ahead of the AI revolution. Don't let yourself feel daunted by it as a buzzword. At my current company ...

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China May Soon Surpass America on the Artificial Intelligence Battlefield – The National Interest Online

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The rapidity of recent Chinese advances in artificial intelligence indicates that the country is capable of keeping pace with, or perhaps even overtaking, the United States in this critical emerging technology. The successes of major Chinese technology companies, notably Baidu Inc., Alibaba Group and Tencent Holding Ltd.and even a number of start-upshave demonstrated the dynamism of these private-sector efforts in artificial intelligence. From speech recognition to self-driving cars, Chinese research is cutting edge. Although the military dimension of Chinas progress in artificial intelligence has remained relatively opaque, there is also relevant research occurring in the Peoples Liberation Army research institutes and the Chinese defense industry. Evidently, the PLA recognizes the disruptive potential of the varied military applications of artificial intelligence, from unmanned weapons systems to command and control. Looking forward, the PLA anticipates that the advent of artificial intelligence will fundamentally change the character of warfare, ultimately resulting in a transformation from todays informationized () ways of warfare to future intelligentized () warfare.

The Chinese leadership has prioritized artificial intelligence at the highest levels, recognizing its expansive applications and strategic implications. The initial foundation for Chinas progress in artificial intelligence was established through long-term research funded by national science and technology plans, such as the 863 Program. Notably, Chinas 13th Five-Year Plan (201620) called for breakthroughs in artificial intelligence, which was also highlighted in the 13th Five-Year National Science and Technology Innovation Plan. The new initiatives focus on artificial intelligence and have been characterized as the China Brain Plan (), which seeks to enhance understandings of human and artificial intelligence alike. In addition, the Internet Plus and Artificial Intelligence, a three-year implementation plan for artificial intelligence (201618), emphasizes the development of artificial intelligence and its expansive applications, including in unmanned systems, in cyber security and for social governance. Beyond these current initiatives, the Chinese Academy of Engineering has proposed an Artificial Intelligence 2.0 Plan, and the Ministry of Science and Technology of the Peoples Republic of China has reportedly tasked a team of experts to draft a plan for the development of artificial intelligence through 2030. The apparent intensity of this support and funding will likely enable continued, rapid advances in artificial intelligence with dual-use applications.

Chinas significant progress in artificial intelligence must be contextualized by the national strategy of civil-military integration or military-civil fusion () that has become a high-level priority under President Xi Jinpings leadership. Consequently, it is not unlikely that nominally civilian technological capabilities will eventually be utilized in a military context. For instance, An Weiping (), deputy chief of staff of the PLAs Northern Theater Command, has highlighted the importance of deepening civil-military integration, especially for such strategic frontier technologies as artificial intelligence. Given this strategic approach, the boundaries between civilian and military research and development tend to blur. In a notable case, Li Deyi () acts as the director of the Chinese Association for Artificial Intelligence, and he is affiliated with Tsinghua University and the Chinese Academy of Engineering. Concurrently, Li Deyi is a major general in the PLA who serves as deputy director of the Sixty-First Research Institute, under the aegis of the Central Military Commission (CMC) Equipment Development Department.

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China May Soon Surpass America on the Artificial Intelligence Battlefield - The National Interest Online

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Artificial Intelligence Explained – Computer Business Review

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In five questions or less, an industry expert defines and explains a technology, term or trend with this installment seeing Heather Richards, CEO of Transversal, tackle Artificial Intelligence.

HR: AI is a broad term describing machines that operate with some degree of intelligence. It can refer to a machine that mimics human thought processes or to a machine that achieves a level of creative autonomy, for example by being able to learn things beyond its original programming. AI encompasses many methods and applications, including natural language processing, problem solving, playing games and even recognizing emotions. In our business, self-service knowledge management, it helps make user interactions more intuitive.

HR:Most AI applications are designed for specific tasks. At a basic level, the designer maps out how an intelligent entity might solve a problem, and breaks down that process into steps that can be expressed as computer calculations. AI often uses nonlinear processing techniques, such as neural networks, to approximate more closely how a living mind works. It requires significant processing power and sometimes large volumes of background data to enable the computer to form judgements. Thats why AI has leapt forward during the past decade alongside the upsurge in data storage capacity.

HR:Deep learning and cognitive computing are both divisions of AI. Deep learning is a technique that enables a machine to learn more like a person does, by using a neural network of multiple layers through which calculations pass in succession with a cumulatively sophisticated result. Cognitive computing describes AI that mimics human thought processes in order to facilitate interactions between a person and a computer. For example, a cognitive application might understand input in natural language, or deduce what a user wants by interpreting disparate clues.

HR:Luckily, robots are still some way from overthrowing humanity! The effects of more benign automation are going to vary between sectors. In our business, we want AI to help employees rather than replace them. If routine, repetitive requests are handled by automated knowledge management, users can solve problems faster and employees can give more time to issues that need personal attention. AI can thus reduce effort and make work more interesting, but the human factor is still very much required.

HR:Many AI functions are small things, invisibly embedded in larger applications, that people might not even notice much less find a threat. Regarding the news-worthy manifestations of AI, like robots and self-learning machines, there is of course concern about how such machines might behave were they to become more powerful than their builders. Industry thought leaders are already developing guidelines about the ethics of AI and how AI should be steered for the benefit of humanity. From our perspective, though, AI is simply a helper. It doesnt supplant anyone; it makes for a more effortless experience.

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Go Big With These Two Artificial Intelligence Stocks – Forbes

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Go Big With These Two Artificial Intelligence Stocks
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AI plays a critical role in the future of automobiles. The best way to invest in the AI revolution today is through big companies with scale and a proven capacity to bring lab work to life. Nvdia (NVDA) invested $2 billion in a deep-learning AI chip ...

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Apple Joining Google, Amazon, Facebook on Artificial Intelligence – CIO Today

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By Shirley Siluk / CIO Today. Updated January 26, 2017.

On Friday, Apple filed a lawsuit in Federal District Court for the Southern District of California alleging that Qualcomm's practices have cost Apple nearly $1 billion in damages. That complaint came on the heels of two other lawsuits -- one seeking more than $145 million in damages -- against Qualcomm that Apple filed last week in China.

Qualcomm is also facing allegations of unfair and anticompetitive practices by the U.S. Federal Trade Commission. The FTC filed a complaint against the chipmaker in the U.S. District Court for the Northern District of California on Jan. 17.

'Dominance through Excessive Royalties'

The complaints center on Qualcomm's pricing and patent royalty arrangements for its broadband processors that enable mobile phones to connect with cellular networks. Qualcomm's modem chip design was used to help establish standards for the telecom industry. In return for that standardization, Qualcomm committed to licensing those technologies to other companies on FRAND (fair, reasonable and non-discriminatory) terms.

However, Apple's complaints contend that Qualcomm is charging it royalties for "technologies they have nothing to do with." That statement, contained in an email Apple sent to a number of press outlets last week, continued, "The more Apple innovates with unique features such as TouchID, advanced displays, and cameras, to name just a few, the more money Qualcomm collects for no reason and the more expensive it becomes for Apple to fund these innovations."

Apple said in the email, "Qualcomm built its business on older, legacy, standards but reinforces its dominance through exclusionary tactics and excessive royalties. Despite being just one of over a dozen companies who contributed to basic cellular standards, Qualcomm insists on charging Apple at least five times more in payments than all the other cellular patent licensors we have agreements with combined."

Most recently, Qualcomm has gone even further, withholding "nearly $1B in payments from Apple as retaliation for responding truthfully to law enforcement agencies investigating them," Apple added.

Apple's two complaints in China make similar allegations, according to a report yesterday by Reuters. Those lawsuits accuse Qualcomm of abusing its dominant position in the global chip industry and failing to license its technologies fairly as it had agreed to do.

'A Commercial Dispute over Price of IP'

In a statement issued yesterday, Qualcomm said it had not yet seen the two lawsuits filed in China. The statement included comments from Qualcomm executive vice president and general counsel Don Rosenberg.

"These filings by Apple's Chinese subsidiary are just part of Apple's efforts to find ways to pay less for Qualcomm's technology. Apple was offered terms consistent with terms accepted by more than one hundred other Chinese companies and refused to even consider them," Rosenberg said. "These terms were consistent with our NDRC Rectification plan. Qualcomm is prepared to defend its business model anywhere in the world."

During yesterday's Q1 2017 earnings call, in which Qualcomm reported year-over-year revenue growth of 4 percent and Q1 revenues of $6 billion, CEO Steven Mollenkopf noted, "Apple's complaint contains a lot of assertions. But in the end, this is a commercial dispute over the price of intellectual property. They want to pay less than the fair value that Qualcomm has established in the marketplace for our technology, even though Apple has generated billions in profits from using that technology."

In December, the Korea Fair Trade Commission imposed a fine of 1.03 trillion won ($880 million) on Qualcomm for what it called an "unfair business model" for licensing technology at the handset rather than chip level. In 2015, the European Commission also launched two antitrust investigations into "possible abusive [behavior]" by Qualcomm in connection with its pricing and licensing practices for modem chipsets.

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Apple Joining Google, Amazon, Facebook on Artificial Intelligence - CIO Today

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Legal artificial intelligence: Can it stand up in a court of law? – Robohub

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In his book Outliers, Malcolm Gladwell repeatedly mentions what has become known as the 10,000-hour rule, which states that to become world-class in any field you must devote 10,000 hours of deliberate practice. Whether or not you believe the 10,000-hour figure, many would acknowledge that to become an accomplished legal professional requires considerable legal, communicative and, particularly in in-house environments, interpersonal skills that are often acquired after a tremendous amount of effort exerted over many years.

Enter artificial intelligence (AI)

There has been much hoopla about AI-based legal systems that, some might have you believe, may soon replace lawyers (no doubt causing a degree of anxiety among some legal professionals). There is some misunderstanding among many lawyers, and much of the public, about what AI systems are presently capable of. Can a legal AI, based on current technology, actually think like a lawyer? No. At best, todays AI is an incomplete substitute for a human lawyer, although it could reduce the need for some lawyers (Ill get to all that later).

However, something we should think seriously about right now is the long-term implication of the introduction of AI into the legal environmentnotably the potential loss of legal wisdom.

Why doesnt AI think like a human?

Lets explore whyAI doesnt actually mimic the human brain. As an example, lets look at automated translation systems such as those available from Google, Facebook or Microsoft. Such systems might appear to work the way human translators do, but what they actually do is match patterns derived from analyses of thousands, if not millions, of pages of text found on the web, employing a technology known as statistical machine translation. For instance, if such a system wants to know how to translate the English greeting hello into French, it scans English and French translations on the web, statistically analyses the correlations between hello and various French greetings, then comes to the conclusion that the French equivalent of hello is bonjour.

Current AI is good at this kind of pattern matching, but less so at cognition and deductive reasoning. Consider the human brain: not only does it store a large number of associations, and accesses useful memories (sometimes quickly, sometimes not), it also transforms sensory and other information into generalisable representations invariant to unimportant changes, stores episodic memories and generalises learned examples into understanding. These are key cognitive capabilities yet to be matched by current AI technology.

Thus, while present AI-based legal systems might analyse judicial decisionsfor example, to help litigators gain insights to a judges behaviour or a barristers track recordthey do so by scrutinising existing data to reveal patterns, and not by extrapolating from the content of those decisions the way an experienced human legal professional might.

The temptation to make redundant

AsAI systems become more capable, the temptation grows to use such systems not only to supplement but also to eliminate the need for some personnel. An AI system weak in cognition but strong in pattern matching probably could not replace an experienced professional in terms of drawing inferences, deductive reasoning or combining different practice areas to arrive at more comprehensive solutions. However, it could perform certain tasks such as searching for patterns of words in documents for evidence gatheringthat have hitherto been delegated to lower level staffsuch as paralegals, trainees, and junior associatesand do so better than any human could.

While one might argue that the introduction of AI systems will lighten the workload of legal professionals and thereby improve their quality of life, it also potentially diminishes the need for junior legal staff, which would only exacerbate the oversupply problem in the legal profession.

Shrink now, suffer later?

If fewer junior legal professionals are hired, this implies a smaller population of lower level staff, thus a smaller feeder pool for more senior positions. And, as more tasks are automated, this could deprive junior legal professionals of opportunities to gain important experienceie, get their 10,000 hours. Will this result in fewer quality, experienced legal professionals in the future?

And the future of legal AI?

There are yet two more (albeit related) things to think about.

First: the development and maintenance of a good AI system requires both technical and legal competency. Put another way, a legal AI system programmed by systems experts ignorant in the law will be seriously, if not fatally, flawed. Thus, if we want to continue to develop more capable legal AI systems, good content providersie, good lawyerswill be needed.

Second: as laws, the legal business and social environments in their respective jurisdictions evolve, developments that might not have been anticipated just a few years earlier will emerge. Only the very best legal and other minds will be able to cope with some of these developmentsand update the relevant legal AI systems accordingly. For example, when the US passed the Leahy-Smith America Invents Act (AIA) in 2011, it introduced new review procedures for existing patents with the intent of improving patent quality. It also had the effect of introducing several unintended consequences, including the use of such procedures by hedge funds to invalidate patents for the purpose of affecting the stock price of the companies holding the patents and the negative impact the AIA has had on inventors. Updating an AI system to properly incorporate these developments requires not only a deep understanding of US patent law but also a perspective on patents, finance and the impact of patent policy and procedures on innovationsomething that can only really be appreciated after years of experience. Moreover, this is something that could not have been programmed into an AI system half a decade ago, and such content could probably not have been provided by a less capable, less experienced legal professional to an AI developer.

So what, if anything, can be done?

Sadly, there are no easy answers. Graduating fewer lawyers might alleviate the problem of oversupply, but would also result in unemployment at educational institutions.

While the government (or government-backed NGO) could establish some sort of training centre for under-employed junior lawyers, where these professionals could offer services pro bono to build their experience, this also smacks of government interference in the private practice market. But we need to start thinking of solutions now. The introduction of AI into the legal profession and the potential prospect of putting more lawyers out of work could have profound implications for legal AI systems and the profession as a whole.

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Legal artificial intelligence: Can it stand up in a court of law? - Robohub

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Emanate Wireless unveils artificial intelligence-powered … – Healthcare IT News

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Emanate Wireless, a vendor of systems that continuously monitor key clinical assets at healthcare facilities, introduced at HIMSS17 two new temperature sensors for its PowerPath Temp Solution. Emanate expects commercial shipment of both new temperature sensors to begin in the second quarter.

These two sensors add value to our current offering by supporting additional types of devices, and by making installation faster, which leads to cost savings for our customers, said Neil Diener, co-founder and CEO of Emanate Wireless.

The first new temperature sensor is an expanded range device capable of measuring down to -200 Celsius. This ultra-low temperature sensor enables the PowerPath Temp Solution to be used to monitor Cryogenic freezers and other deep freezers used in hospitals and other healthcare facilities. The expanded range sensor works with all PowerPath Temp Monitors.

The second new temperature sensor is a wireless Bluetooth Low Energy device. The wireless sensor makes it simple to deploy the PowerPath Temp Solution: Just plug in the monitor in-line with the AC power cord of the refrigerator to monitor AC current and the operation of the refrigeration unit, then place the wireless sensor inside the refrigerator to monitor temperature, the vendor said. This gets rid of the need for temperature cabling the wireless sensor communicates with the monitor device using Bluetooth Low Energy.

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Cryonics This Scottish author pays 50 pounds a month to preserve his brain after death – Zee News

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New Delhi: Of late, the science of cryonics seems to have captivated the hearts of scientists and the public alike with some people now opting for cryopreservation after their deaths.

Cryonics is the practice or technique of deep-freezing the bodies of those who have died of a disease, in the hope of a future cure.

In a latest, an author from Scotland has started paying a research institute to preserve his brain cryogenically after his death.

As per reports, DJ MacLennan has been paying 50 pounds ( appriximately Rs 4,000) a month for the past decade to Alcor Institute in Arizona, USA, to preserve his brain in the hope that he can one day be brought back to life.

MacLennan, who lives on the Isle of Skye, has told the institute that when he dies he wants the team of volunteers to fill his body with anti-freezing liquid before plunging it into ice water. His body will then be wrapped in a polyethylene, submerged in alcohol and lowered into ice before being shipped to Arizona. The head will then be removed and frozen in liquid nitrogen before being stored.

According to MacLennan, if organs can be donated and aren't wasted anymore, brains should definitely not be wasted, instead it's the important part to store.

While the full-body procedure costs 75,000 pounds, the author from Skye, has opted for the 40,000 pounds brain freeze.

In November last year, a 14-year old girl who died of cancer became the first child to be cryogenically frozen after death in the UK.

The procedure was carried out after winning a landmark court case shortly before her death. She had written a heartbreaking letter to a judge explaining that she wanted a chance to live longer after suffering from a rare form of deadly cancer.

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History of alternative medicine – Wikipedia

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The history of alternative medicine refers to the history of a group of diverse medical practices that were collectively promoted as "alternative medicine" beginning in the 1970s, to the collection of individual histories of members of that group, or to the history of western medical practices that were labeled "irregular practices" by the western medical establishment.[1][2][3][4] It includes the histories of complementary medicine and of integrative medicine. "Alternative medicine" is a loosely defined and very diverse set of products, practices, and theories that are perceived by its users to have the healing effects of medicine, but do not originate from evidence gathered using the scientific method,[5]:Ch 14E, p. 1[6][7] are not part of biomedicine,[5][8][9][10] or are contradicted by scientific evidence or established science.[4][11][12] "Biomedicine" is that part of medical science that applies principles of anatomy, physics, chemistry, biology, physiology, and other natural sciences to clinical practice, using scientific methods to establish the effectiveness of that practice.

Much of what is now categorized as alternative medicine was developed as independent, complete medical systems, was developed long before biomedicine and use of scientific methods, and was developed in relatively isolated regions of the world where there was little or no medical contact with pre-scientific western medicine, or with each other's systems. Examples are Traditional Chinese medicine and the Ayurvedic medicine of India. Other alternative medicine practices, such as homeopathy, were developed in western Europe and in opposition to western medicine, at a time when western medicine was based on unscientific theories that were dogmatically imposed by western religious authorities. Homeopathy was developed prior to discovery of the basic principles of chemistry, which proved homeopathic remedies contained nothing but water. But homeopathy, with its remedies made of water, was harmless compared to the unscientific and dangerous orthodox western medicine practiced at that time, which included use of toxins and draining of blood, often resulting in permanent disfigurement or death.[1] Other alternative practices such as chiropractic and osteopathic manipulative medicine, were developed in the United States at a time that western medicine was beginning to incorporate scientific methods and theories, but the biomedical model was not yet totally dominant. Practices such as chiropractic and osteopathic, each considered to be irregular by the medical establishment, also opposed each other, both rhetorically and politically with licensing legislation. Osteopathic practitioners added the courses and training of biomedicine to their licensing, and licensed Doctor of Osteopathic Medicine holders began diminishing use of the unscientific origins of the field, and without the original practices and theories, is now considered the same as biomedicine.

Until the 1970s, western practitioners that were not part of the medical establishment were referred to "irregular practitioners", and were dismissed by the medical establishment as unscientific or quackery.[1] Irregular practice became increasingly marginalized as quackery and fraud, as western medicine increasingly incorporated scientific methods and discoveries, and had a corresponding increase in success of its treatments. In the 1970s, irregular practices were grouped with traditional practices of nonwestern cultures and with other unproven or disproven practices that were not part of biomedicine, with the group promoted as being "alternative medicine". Following the counterculture movement of the 1960s, misleading marketing campaigns promoting "alternative medicine" as being an effective "alternative" to biomedicine, and with changing social attitudes about not using chemicals, challenging the establishment and authority of any kind, sensitivity to giving equal measure to values and beliefs of other cultures and their practices through cultural relativism, adding postmodernism and deconstructivism to ways of thinking about science and its deficiencies, and with growing frustration and desperation by patients about limitations and side effects of science-based medicine, use of alternative medicine in the west began to rise, then had explosive growth beginning in the 1990s, when senior level political figures began promoting alternative medicine, and began diverting government medical research funds into research of alternative, complementary, and integrative medicine.[1][2][3][4][13][14][15]

The concept of alternative medicine is problematic as it cannot exist autonomously as an object of study in its own right but must always be defined in relation to a non-static and transient medical orthodoxy. It also divides medicine into two realms, a medical mainstream and fringe, which, in privileging orthodoxy, presents difficulties in constructing an historical analysis independent of the often biased and polemical views of regular medical practitioners.[17] The description of non-conventional medicine as alternative reinforces both its marginality and the centrality of official medicine. Although more neutral than either pejorative or promotional designations such as quackery or natural medicine, cognate terms like unconventional, heterodox, unofficial, irregular, "folk", "popular", "marginal", complementary, integrative or unorthodox define their object against the standard of conventional biomedicine,[19] entail particular perspectives and judgements, often carry moral overtones, and can be inaccurate. Conventional medical practitioners in the West have, since the nineteenth century, used some of these and similar terms as a means of defining the boundary of "legitimate" medicine, marking the division between that which is scientific and that which is not. The definition of mainstream medicine, generally understood to refer to a system of licensed medicine which enjoys state and legal protection in a jurisdiction,[n 1] is also highly specific to time and place. In countries such as India and China traditional systems of medicine, in conjunction with Western biomedical science, may be considered conventional and mainstream. The shifting nature of these terms is underlined by recent efforts to demarcate between alternative treatments on the basis of efficacy and safety and to amalgamate those therapies with scientifically adjudged value into complementary medicine as a pluralistic adjunct to conventional practice.[n 2] This would introduce a new line of division based upon medical validity.

Prior to the nineteenth century European medical training and practice was ostensibly self-regulated through a variety of antique corporations, guilds or colleges.[25] Among regular practitioners, university trained physicians formed a medical elite while provincial surgeons and apothecaries, who learnt their art through apprenticeship, made up the lesser ranks. In Old Regime France, licenses for medical practitioners were granted by the medical faculties of the major universities, such as the Paris Faculty of Medicine. Access was restricted and successful candidates, amongst other requirements, had to pass examinations and pay regular fees. In the Austrian Empire medical licences were granted by the Universities of Prague and Vienna. Amongst the German states the top physicians were academically qualified and typically attached to medical colleges associated with the royal court. The theories and practices included the science of anatomy and that the blood circulated by a pumping heart, and contained some empirically gained information on progression of disease and about surgery, but were otherwise unscientific, and were almost entirely ineffective and dangerous.

Outside of these formal medical structures there were myriad other medical practitioners, often termed irregulars, plying a range of services and goods. The eighteenth-century medical marketplace, a period often referred to as the "Golden Age of quackery",[n 3] was a highly pluralistic one that lacked a well-defined and policed division between "conventional" and "unconventional" medical practitioners.[31] In much of continental Europe legal remedies served to control at least the most egregious forms of "irregular" medical practice but the medical market in both Britain and American was less restrained through regulation.[32] Quackery in the period prior to modern medical professionalisation should not be considered equivalent to alternative medicine as those commonly deemed quacks were not peripheral figures by default nor did they necessarily promote oppositional and alternative medical systems. Indeed, the charge of 'quackery', which might allege medical incompetence, avarice or fraud, was levelled quite indiscriminately across the varied classes of medical practitioners be they regular medics, such as the hierarchical, corporate classes of physicians, surgeons and apothecaries in England, or irregulars such as nostrum mongers, bonesetters and local wise-women. Commonly, however, quackery was associated with a growing medical entrepreneurship amongst both regular and irregular practitioners in the provision of goods and services along with associated techniques of advertisement and self-promotion in the medical marketplace. The constituent features of the medical marketplace during the eighteenth century were the development of medical consumerism and a high degree of patient power and choice in the selection of treatments, the limited efficacy of available medical therapies, and the absence of both medical professionalisation and enforced regulation of the market.

In the late eighteenth and nineteenth centuries regular and irregular medical practitioners became more clearly differentiated throughout much of Europe.[36] In part, this was achieved through processes of state-sanctioned medical regulation. The different types of regulatory medical markets created across nineteenth-century Europe and America reflected differing historical patterns of state formation. Where states had traditionally enjoyed strong, centralised power, such as in the German states, government more easily assumed control of the medical regulation. In states that had exercised weaker central power and adopted a free-market model, such as in Britain, government gradually assumed greater control over medical regulation as part of increasing state focus on issues of public health. This process was significantly complicated in Britain by the enduring existence of the historical medical colleges. A similar process is observable in America from the 1870s but this was facilitated by the absence of medical corporations. Throughout the nineteenth century, however, most Western states converged in the creation of legally delimited and semi-protected medical markets. It is at this point that an "official" medicine, created in cooperation with the state and employing a scientific rhetoric of legitimacy, emerges as a recognisable entity and that the concept of alternative medicine as a historical category becomes tenable.

France provides perhaps one of the earliest examples of the emergence of a state-sanctioned medical orthodoxy and hence also of the conditions for the development of forms of alternative medicine the beginnings of which can be traced to the late eighteenth century. In addition to the traditional French medical faculties and the complex hierarchies of practitioners over which they presided, the state increasingly supported new institutions, such as the Socit Royale de Mdecine (Royal Society of Medicine) which received its royal charter in 1778, that played a role in policing medical practice and the sale of medical nostrums.[40] This system was radically transformed during the early phases of the French Revolution when both the traditional faculties and the new institutions under royal sponsorship were removed and an entirely unregulated medical market was created.[41] This anarchic situation was reformed under the exigencies of war when in 1793 the state established national control over medical education; under Napoleon in 1803 state-control was extended over the licensing of medical practitioners.[41] This latter reform introduced a new hierarchical division between practitioners in the creation of a medical lite of graduate physicians and surgeons, who were at liberty to practice throughout the state, and the lowly officiers de sant who received less training, could only offer their services to the poor, and were restricted in where they could practice.[42] This national system of medical regulation under state-control, exported to regions of Napoleonic conquest such as Italy, the Rhineland and the Netherlands, became paradigmatic in the West and in countries adopting western medical systems. While offering state protection to licensed doctors and establishing a medical monopoly in principal it did not, however, remove competition from irregular practitioners.

From the late eighteenth century and more robustly from the mid-nineteenth century a number of non-conventional medical systems developed in the West which proposed oppositional medical systems, criticised orthodox medical practitioners, emphasised patient-centredness, and offered substitutes for the treatments offered by the medical mainstream.[46] While neither the medical marketplace nor irregular practitioners disappeared during the nineteenth century, the proponents of alternative medical systems largely differed from the entrepreneurial quacks of the previous century in eschewing showy self-promotion and instead adopting a more sober and serious self-presentation. The relationship between medical orthodoxy and heterodoxy was complex, both categories contained considerably variety, were subject to substantial change throughout the period, and the divisions between the two were frequently blurred.

Many alternative notions grew out of the Lebensreform movement, which emphasized the goodness of nature, the harms to society, people, and to nature caused by industrialization, the importance of the whole person, body and mind, the power of the sun, and the goodness of "the old ways".[49]:40[50][51][52]:3233[53]

The variety of alternative medical systems which developed during this period can be approximately categorised according to the form of treatment advocated. These were: those employing spiritual or psychological therapies, such as hypnosis (mesmerism); nutritional therapies based upon special diets, such as medical botanism; drug and biological therapies such as homeopathy and hydrotherapy; and, manipulative physical therapies such as osteopathy and chiropractic massage. Non-conventional medicine might define health in terms of concepts of balance and harmony or espouse vitalistic doctrines of the body. Illness could be understood as due to the accretion of bodily toxins and impurities, to result from magical, spiritual, or supernatural causes, or as arising from energy blockages in the body such that healing actions might constitute energy transfer from practitioner to patient.

Mesmerism is the medical system proposed in the late eighteenth century by the Viennese-trained physician, Franz Anton Mesmer (1734-1815), for whom it is named. The basis of this doctrine was Mesmer's claimed discovery of a new aetherial fluid, animal magnetism, which, he contended, permeated the universe and the bodies of all animate beings and whose proper balance was fundamental to health and disease.[56] Animal magnetism was but one of series of postulated subtle fluids and substances, such as caloric, phlogiston, magnetism, and electricity, which then suffused the scientific literature.[57] It also reflected Mesmer's doctoral thesis, De Planatarum Influxu ("On the Influence of the Planets"), which had investigated the impact of the gravitational effect of planetary movements on fluid-filled bodily tissues.[58] His focus on magnetism and the therapeutic potential of magnets was derived from his reading of Paracelsus, Athanasius Kircher and Johannes Baptista van Helmont. The immediate impetus for his medical speculation, however, derived from his treatment of a patient, Franzisca Oesterlin, who suffered from episodic seizures and convulsions which induced vomiting, fainting, temporary blindness and paralysis. His cure consisted of placing magnets upon her body which consistently produced convulsive episodes and a subsequent diminution of symptoms. According to Mesmer, the logic of this cure suggested that health was dependent upon the uninterrupted flow of a putative magnetic fluid and that ill health was consequent to its blockage. His treatment methods claimed to resolve this by either directly transferring his own superabundant and naturally occurring animal magnetism to his patients by touch or through the transmission of these energies from magnetic objects.[61]

By 1775 Mesmer's Austrian practice was prospering and he published the text Schrieben ber die Magnetkur an einen auswrtigen Arzt which first outlined his thesis of animal magnetism. In 1778, however, he became embroiled in a scandal resulting from his treatment of a young, blind patient who was connected to the Viennese court and relocated to Paris where he established a medical salon, "The Society of Harmony", for the treatment of patients.[63] Recruiting from a client-base drawn predominantly from society women of the middle- and upper-classes, Mesmer held group sances at his salubrious salon-clinic which was physically dominated by a large, lidded, wooden tank, known as the baquet, containing iron, glass and other material that Mesmer had magnetized and which was filled with "magnetized water".[64] At these sessions patients were enjoined to take hold of the metal rods emanating from the tub which acted as a reservoir for the animal magnetism derived from Mesmer and his clients.[65] Mesmer, through the apparent force of his will not infrequently assisted by an intense gaze or the administration of his wand would then direct these energies into the afflicted bodies of his patients seeking to provoke either a "crisis" or a trance-like state; outcomes which he believed essential for healing to occur. Patient proclamations of cure ensured that Mesmer enjoyed considerable and fashionable success in late-eighteenth-century Paris where he occasioned something of a sensation and a scandal.

Popular caricature of mesmerism emphasised the eroticised nature of the treatment as spectacle: "Here the physician in a coat of lilac or purple, on which the most brilliant flowers have been painted in needlework, speaks most consolingly to his patients: his arms softly enfolding her sustain her in her spasms, and his tender burning eye expresses his desire to comfort her".[67] Responding chiefly to the hint of sexual impropriety and political radicalism imbuing these sances, in 1784 mesmerism was subject to a commission of inquiry by a royal-appointed scientific panel of the prestigious French Acadmie de Mdicine.[n 4] Its findings were that animal magnetism had no basis in fact and that Mesmer's cures had been achieved through the power of suggestion. The commission's report, if damaging to the personal status of Mesmer and to the professional ambitions of those faculty physicians who had adopted mesmeric practices,[n 5] did little to hinder the diffusion of the doctrine of animal magnetism.

In England mesmerism was championed by John Elliotson, Professor of Practical Medicine at University College London and the founder and president of the London Phrenological Society.[72] A prominent and progressive orthodox physician, he was President of the Medico-Chirugical Society of London and an early adopter of the stethoscope in English medical practice. He had been introduced to mesmerism in the summer of 1837 by the French physician and former student of Mesmer, Dupotet, who is credited as the most significant cross-channel influence on the development of mesmerism in England. Elliotson believed that animal magnetism provided the basis for a consideration of the mind and will in material terms thus allowing for their study as medical objects. Initially supported by the Lancet, a reformist medical journal, he contrived to demonstrate the scientific properties of animal magnetism as a physiological process on the predominantly female charity patients under his care in the University College Hospital. Working-class patients were preferred as experimental subjects to exhibit the physical properties of mesmerism on the nervous system as, being purportedly more animalistic and machine-like than their social superiors, their personal characteristics were deemed less likely to interfere with the experimental process. He sought to reduce his subjects to the status of mechanical automata claiming that he could, through the properties of animal magnetism and the pacifying altered states of consciousness which it induced, "play" their brains as if they were musical instruments.

Two Irish-born charity patients, the adolescent O'Key sisters, emerged as particularly important to Elliotson's increasingly popular and public demonstrations of mesmeric treatment. Initially, his magnetising practices were used to treat the sisters' shared diagnosis of hysteria and epilepsy in controlling or curtailing their convulsive episodes. By the autumn of 1837 Elliotson had ceased to treat the O'Keys merely as suitable objects for cure and instead sought to mobilise them as diagnostic instruments. When in states of mesmeric entrancement the O'Key sisters, due to the apparent increased sensitization of their nervous system and sensory apparatus, behaved as if they had the ability to see through solid objects, including the human body, and thus aid in medical diagnosis. As their fame rivalled that of Elliotson, however, the O'Keys behaved less like human diagnostic machines and became increasingly intransigent to medical authority and appropriated to themselves the power to examine, diagnose, prescribe treatment and provide a prognosis.[80] The emergence of this threat to medical mastery in the form of a pair of working-class, teenage girls without medical training aroused general disquiet amongst the medical establishment and cost Elliotson one of his early and influential supporters, the leading proponent of medical reform, Thomas Wakley.[81] Wakley, the editor of the Lancet, had initially hoped that Elliotson's scientific experiments with animal magnetism might further the agenda of medical reform in bolstering the authority of the profession through the production of scientific truth and, equally importantly in a period when the power-relations between doctors and patients were being redefined, quiescent patient bodies.[82] Perturbed by the O'Key's provocative displays, Wakely convinced Elliotson to submit his mesmeric practice to a trial in August 1838 before a jury of ten gentlemen during which he accused the sisters of fraud and his colleague of gullibility.[83] Following a series of complaints issued to the Medical Committee of University College Hospital they elected to discharge the O'Keys along with other mesmeric subjects in the hospital and Elliotson resigned his post in protest.[84]

This set-back, while excluding Elliotson from the medical establishment, ended neither his mesmeric career nor the career of mesmerism in England. From 1842 he became an advocate of phreno-mesmerism an approach that amalgamated the tenets of phrenology with animal magnetism and that led to a split in the Phrenological Society.[85][86] The following year he founded, together with the physician and then President of the Phrenological Society, William Collins Engledue,[87] the principal journal on animal magnetism entitled the The Zoist: A Journal of Cerebral Physiology and Mesmerism and their Application to Human Welfare, a quarterly publication which remained in print until its fifty-second issue in January 1856.[85][88] Mesmeric societies, frequently patronised by those among the scientific and social elite were established in many major population centres in Britain from the 1840s onwards. Some sufficiently endowed societies, such as those in London, Bristol and Dublin, Ireland, supported mesmeric infirmaries with permanent mesmeric practitioners in their employ. Due to the competing rise of spiritualism and psychic research by the mid-1860s these mesmeric infirmaries had closed.

The 1840s in Britain also witnessed a deluge of travelling magnetisers who put on public shows for paying audiences to demonstrate their craft. These mesmeric theatres, intended in part as a means of soliciting profitable private clientele, functioned as public fora for debate between skeptics and believers as to whether the performances were genuine or constituted fraud. In order to establish that the loss of sensation under mesmeric trance was real, these itinerant mesmerists indulged in often quite violent methods including discharging firearms close to the ears of mesmerised subjects, pricking them with needles, putting acid on their skin and knives beneath their fingernails.

Such displays of the anaesthetic qualities of mesmerism inspired some medical practitioners to attempt surgery on subjects under the spell of magnetism. In France, the first major operation of this kind had been trialled, apparently successfully, as early as 1828 during a mastectomy procedure. In Britain the first significant surgical procedure undertaken on a patient while mesmerised occurred in 1842 when James Wombell, a labourer from Nottingham, had his leg amputated.[93] Having been mesmerised for several days prior to the operation by a barrister named William Topham, Wombell exhibited no signs of pain during the operation and reported afterwards that the surgery had been painless. This account was disputed by many in the medical establishment who held that Wombell had fraudulently concealed the pain of the amputation both during and after the procedure. Undeterred, in 1843 Elliotson continued to advocate for the use of animal magnetism in surgery publishing Numerous Cases of Surgical Operation without Pain in the Mesmeric State. This marked the beginning of a campaign by London mesmerists to gain a foothold for the practice within British hospitals by convincing both doctors and the general public of the value of surgical mesmerism. Mesmeric surgery enjoyed considerable success in the years from 1842 to 1846 and colonial India emerged as a particular stronghold of the practice; word of its success was propagated in Britain through the Zoist and the publication in 1846 of Mesmerism in India and its Practical Application in Surgery and Medicine by James Esdaile, a Scottish surgeon with the East India Company and the chief proponent of animal magnetism in the subcontinent.[98]

Although a few surgeons and dentists had undertaken fitful experiments with anaesthetic substances in the preceding years, it was only in 1846 that use of ether in surgery was popularised amongst orthodox medical practitioners. This was despite the fact that the desensitising effects of widely available chemicals like ether and nitrous oxide were commonly known and had formed part of public and scientific displays over the previous half-century.

A feature of the dissemination of magnetism in the New World was its increasing association with spiritualism. By the 1830s mesmerism was making headway in the United States amongst figures like the intellectual progenitor of the New Thought movement, Phineas Parkhurst Quimby, whose treatment combined verbal suggestion with touch. Quimby's most celebrated "disciple", Mary Baker Eddy, would go on to found the "medico-religious hybrid", Christian Science, in the latter half of the nineteenth century. In the 1840s the American spiritualist Andrew Jackson Davis sought to combine animal magnetism with spiritual beliefs and postulated that bodily health was dependent upon the unobstructed movement of the "spirit", conceived as a fluid substance, throughout the body. As with Quimby, Davis's healing practice involved the use of touch.

Deriving from the tradition of bone-setting and a belief in the flow of supernatural energies in the body (vitalism), both osteopathy and chiropractic developed in the USA in the late 19th century. The British School of Osteopathy was established in 1917[103] but it was the 1960s before the first chiropractic college was established in the UK.[104] Chiropractic theories and methods (which are concerned with subluxations or small displacements of the spine and other joints) do not accord with orthodox medicines current knowledge of the biomechanics of the spine.[105] in addition to teaching osteopathic manipulative medicine (OMM) and theory, osteopathic colleges in the US gradually came to have the same courses and requirements as biomedical schools, whereby osteopathic doctors (ODs) who did practice OMM were considered to be practicing conventional biomedicine in the USA. The passing of the Osteopaths Act (1993) and the Chiropractors Act (1994), however, created for the first time autonomous statutory regulation for two CAM therapies in the UK.[106]

Chiropractic began in the United States in 1895. when Daniel David Palmer performed the first chiropractic adjustment on a partially deaf janitor, who then claimed he could hear better as a result of the manipulation.[107] Palmer opened a school of chiropractic two years later. Chiropractic's early philosophy was rooted in vitalism, naturalism, magnetism, spiritualism and other unscientific constructs. Palmer claimed to merge science and metaphysics.[108] Palmer's first descriptions and underlying philosophy of chiropractic described the body as a "machine" whose parts could be manipulated to produce a drugless cure, that spinal manipulation could improve health, and that the effects of chiropractic spinal manipulation as being mediated primarily by the nervous system.[109]

Despite their similarities, osteopathic practitioners sought to differentiate themselves by seeking regulation of the practices.[110] In a 1907 test of the new law, a Wisconsin based chiropractor was charged with practicing osteopathic medicine without a license. Practicing medicine without a license led to many chiropractors, including D.D. Palmer, being jailed.[110] Chiropractors won their first test case, but prosecutions instigated by state medical boards became increasingly common and successful. Chiropractors responded with political campaigns for separate licensing statutes, from osteopaths, eventually succeeding in all fifty states, from Kansas in 1913 through Louisiana in 1974.

Divisions developed within the chiropractic profession, with "mixers" combining spinal adjustments with other treatments, and "straights" relying solely on spinal adjustments. A conference sponsored by the National Institutes of Health in 1975 spurred the development of chiropractic research. In 1987, the American Medical Association called chiropractic an "unscientific cult"[111] and boycotted it until losing a 1987 antitrust case.[112]

Ayurveda or ayurvedic medicine has more than 5,000 years of history, now re-emerging as texts become increasingly accessible in modern English translations. These texts attempt to translate the Sanskrit versions that have remained hidden in India since British occupation from 1755-1947.[113][114][115] As modern archaeological evidence from Harappa and Mohenja-daro is distributed, Ayurveda has now been accepted as the world's oldest concept of health and disease discovered by man and the oldest continuously practiced system of medicine. Ayurveda is a world view that advocates mans allegiance and surrender to the forces of Nature that are increasingly revealed in modern physics, chemistry and biology. It is based on an interpretation of disease and health that parallels the forces of nature, observing the sun's fire and making analogies to the fires of the body; observing the flows in Nature and describing flows in the body, terming the principle as Vata; observing the transformations in Nature and describing transformations in the body, terming the principle as Pitta; and observing the stability in Nature and describing stability in the body, terming the principle as Kapha.[116]

Ayurveda can be defined as the system of medicine described in the great medical encyclopedias associated with the names Caraka, Suruta, and Bhea, compiled and re-edited over several centuries from about 200 BCE to about 500 CE and written in Sanskrit.[citation needed] These discursive writings were gathered and systematized in about 600 CE by Vgbhaa, to produce the Agahdayasahit ('Heart of Medicine Compendium') that became the most popular and widely used textbook of ayurvedic medicine in history.[117] Vgbhaa's work was translated into many other languages and became influential throughout Asia.[118]

Its prehistory goes back to Vedic culture and its proliferation in written form flourished in Buddhist times.[118] Although the hymns of the Atharvaveda and the gveda mention some herbal medicines, protective amulets, and healing prayers that recur in the ciphered slokas of later ayurvedic treatises, the earliest historical mention of the main structural and theoretical categories of ayurvedic medicine occurs in the Buddhist Pli Tripiaka, or Canon.[citation needed]

Ayurveda originally derived from the Vedas, as the name suggests, and was first organized and captured in Sanskrit in ciphered form by physicians teaching their students judicious practice of healing. These ciphers are termed slokas and are purposefully designed to include several meanings, to be interpreted appropriately, known as 'tantra yukti' by the knowledgeable practitioner. Ayu means longevity or healthy life, and veda means human-interpreted and observable truths and provable science. The principles of Ayurveda include systematic means for allowing evidence, including truth by observation and experimentation, pratyaksha; attention to teachers with sufficient experience, aptoupadesha; analogy to things seen in Nature, anumana; and logical argument, yukti.

It was founded on several principles, including yama (time) and niyama (self-regulation) and placed emphasis on routines and adherence to cycles, as seen in Nature. For example, it directs that habits should be regulated to coincide with the demands of the body rather than the whimsical mind or evolving and changing nature of human intelligence. Thus, for the follower of ayurvedic medicine, food should only be taken when they are instinctively hungry rather than at an arbitrarily set meal-time. Ayurveda also teaches that when a person is tired, it is not wise to eat food or drink, but to rest, as the body's fire is low and must gather energy in order to alight the enzymes that are required to digest food. The same principles of regulated living, called Dinacharya, direct that work is the justification for rest and in order to get sufficient sleep, one should subject the body to rigorous exercise.[119] Periodic fasting, or abstaining from all food and drink for short durations of one or two days helps regulate the elimination process and prevents illness. It is only in later years that practitioners of this system saw that people were not paying for their services, and in order to get their clients to pay, they introduced herbal remedies to begin with and later even started using metals and inorganic chemical compositions in the form of pills or potions to deal with symptoms.

Emigration from the Indian sub-continent in the 1850s brought practitioners of Ayurveda (Science of Life).[120] a medical system dating back over 2,500 years,[114] its adoption outside the Asian communities was limited by its lack of specific exportable skills and English-language reference books until adapted and modernised forms, New Age Ayurveda and Maharishi Ayurveda, came under the umbrella of CAM in the 1970s to Europe.[citation needed] In Britain, Unani practitioners are known as hakims and Ayurvedic practitioners are known as vaidyas. Having its origins in the Ayurveda, Indian Naturopathy incorporates a variety of holistic practices and natural remedies and became increasingly popular after the arrival of the post-Second World War wave of Indian immigrants.[citation needed] The Persian work for Greek,Unani medicines uses some similar materials as Ayurveda but are based on philosophy closer to Greek and Arab sources than to Ayurveda.[121] Exiles fleeing the war between Yemen and Aden in the 1960s settled nearby the ports of Cardiff and Liverpool and today practitioners of this Middle Eastern medicine are known as vaids.[citation needed].

In the USA, Ayurveda has increased popularity since the 1990s, as Indian-Americans move into the mainstream media, and celebrities visit India more frequently. In addition, many Americans go to India for medical tourism to avail of reputed Ayurvedic medical centers that are licensed and credentialed by the Indian government and widely legitimate as a medical option for chronic medical conditions. AAPNA, the Association of Ayurvedic Professionals of North America, http://www.aapna.org,[122] has over 600 medical professional members, including trained vaidyas from accredited schools in India credentialed by the Indian government, who are now working as health counselors and holistic practitioners in the USA. There are over 40 schools of Ayurveda throughout the USA, providing registered post-secondary education and operating mostly as private ventures outside the legitimized medical system, as there is no approval system yet in the US Dept of Education. Practitioners graduating from these schools and arriving with credentials from India practice legally through the Health Freedom Act, legalized in 13 states. Credentialing and a uniform standard of education is being developed by the international CAC, Council of Ayurvedic Credentialing, http://www.cayurvedac.com,[123] in consideration of the licensed programs in Ayurveda operated under the Government of India's Ministry of Health and Family Welfare, Dept of AYUSH. In India, there are over 600,000 practicing physicians of Ayurveda. Ayurveda is a legal and legitimate medical system in many countries of South Asia.

Traditional Chinese medicine has more than 4,000 years of history as a system of medicine that is based on a philosophical concept of balance ( yin and yang, Qi, Blood, Jing, Bodily fluids, the Five Elements, the emotions, and the spirit) approach to health that is rooted in Taoist philosophy and Chinese culture. As such, the concept of it as an alternative form of therapeutic practise is only found in the Western world.

The arrival into Britain of thousands of Chinese in the 1970s introduced Traditional Chinese Medicine a system dating back to the Bronze Age or earlier that used acupuncture, herbs, diet and exercise.[124] Today there are more than 2,000 registered practitioners in the UK.

Until the 1970s, western practitioners that were not part of the medical establishment were referred to "irregular practitioners", and were dismissed by the medical establishment as unscientific or quackery.[1] Irregular practice became increasingly marginalized as quackery and fraud, as western medicine increasingly incorporated scientific methods and discoveries, and had a corresponding increase in success of its treatments. In the 1970s, irregular practices were grouped with traditional practices of nonwestern cultures, and with other unproven or disproven practices that were not part of biomedicine, and the entire group began to be marketed and promoted as "alternative medicine".[1][4] Following the counterculture movement of the 1960s, misleading marketing campaigns promoting "alternative medicine" as an effective "alternative" to biomedicine, and with changing social attitudes about not using chemicals, challenging the establishment and authority of any kind, sensitivity to giving equal measure to values and beliefs of other cultures and their practices through cultural relativism, adding postmodernism and deconstructivism to ways of thinking about science and its deficiencies, and with growing frustration and desperation by patients about limitations and side effects of science-based medicine, use of alternative medicine in the west began to rise, then had explosive growth beginning in the 1990s, when senior level political figures began promoting alternative medicine, and began diverting government medical research funds into research of alternative, complementary, and integrative medicine.[1][2][3][4][13][14][15]

In 1991, after United States Senator Thomas Harkin became convinced his allergies were cured by taking bee pollen pills, he used $2 million of his discretionary funds to create the Office of Alternative Medicine (OAM), to test the efficacy of alternative medicine and alert the public as the results of testing its efficacy.[125] The OAM mission statement was that it was dedicated to exploring complementary and alternative healing practices in the context of rigorous science; training complementary and alternative medicine researchers; and disseminating authoritative information to the public and professionals. Joseph M. Jacobs was appointed the first director of the OAM in 1992. Jacobs' insistence on rigorous scientific methodology caused friction with Senator Harkin. Harkin criticized the "unbendable rules of randomized clinical trials" and, citing his use of bee pollen to treat his allergies, stated: "It is not necessary for the scientific community to understand the process before the American public can benefit from these therapies."[126] Increasing political resistance to the use of scientific methodology was publicly criticized by Dr. Jacobs and another OAM board member complained that nonsense has trickled down to every aspect of this office. In 1994, Senator Harkin responded by appearing on television with cancer patients who blamed Dr. Jacobs for blocking their access to untested cancer treatment, leading Jacobs to resign in frustration. The OAM drew increasing criticism from eminent members of the scientific community, from a Nobel laureate criticizing the degrading parts of the NIH to the level a cover for quackery, and the president of the American Physical Society criticizing spending on testing practices that violate basic laws of physics and more clearly resemble witchcraft. In 1998, the President of the North Carolina Medical Association publicly called for shutting down the OAM. The NIH Director placed the OAM under more strict scientific NIH control.

In 1998, Sen. Harkin responded to the criticism and stricter scientific controls by the NIH, by raising the OAM to the level of an independent center, increasing its budget to $90 million annually, and renaming it to be the National Center for Complementary and Alternative Medicine (NCCAM). The United States Congress approved the appropriations without dissent. NCCAM had a mandate to promote a more rigorous and scientific approach to the study of alternative medicine, research training and career development, outreach, and integration. In 2014 the agency was renamed to the National Center for Complementary and Integrative Health (NCCIH). The NCCIH charter requires that 12 of the 18 council members shall be selected with a preference to selecting leading representatives of complementary and alternative medicine, 9 of the members must be licensed practitioners of alternative medicine, 6 members must be general public leaders in the fields of public policy, law, health policy, economics, and management, and 3 members must represent the interests of individual consumers of complementary and alternative medicine.

By 2009, the NCCIH budget had grown from annual spending of about $2 million at its inception, to $123 million annually. In 2009, after a history of 17 years of government testing produced almost no clearly proven efficacy of alternative therapies, Senator Harkin complained, One of the purposes of this center was to investigate and validate alternative approaches. Quite frankly, I must say publicly that it has fallen short. It think quite frankly that in this center and in the office previously before it, most of its focus has been on disproving things rather than seeking out and approving.[127] Members of the scientific and biomedical communities complained that after a history of 17 years of being tested, at a cost of over $2.5 Billion on testing scientifically and biologically implausible practices, almost no alternative therapy showed clear efficacy.[128]

From 1990 to 1997, use of alternative medicine in the US increased by 25%, with a corresponding 50% increase in expenditures.[129] By 2013, 50% of Americans were using alternative medicine, and annual spending on CAM in the US was $34 Billion.[130]

The terms alternative and complementary tend to be used interchangeably to describe a wide diversity of therapies that attempt to use the self-healing powers of the body by amplifying natural recuperative processes to restore health. In ancient Greece the Hippocratic movement, commonly regarded as the fathers of medicine, actually gave rise to modern naturopathy and indeed much of todays CAM.[131] They placed great emphasis on a good diet and healthy lifestyle to restore equilibrium; drugs were used more to support healing than to cure disease.

Complementary medicines have evolved through history and become formalised from primitive practices; although many were developed during the 19th century as alternatives to the sometimes harmful practices of the time, such as blood-lettings and purgation. In the UK, the medical divide between CAM and conventional medicine has been characterised by conflict, intolerance and prejudice on both sides and during the early 20th century CAM was virtually outlawed in Britain: healers were seen as freaks and hypnotherapists were subject to repeated attempts at legal restriction.[132] The alternative health movement is now accepted as part of modern life, having progressed from a grass-roots revival in the 1960s reacting against environmental degradation, unhealthy diets and rampant consumerism.

Until the arrival of the Romans in AD43, medical practices were limited to a basic use of plant materials, prayers and incantations. Having assimilated the corpus of Hippocrates, the Romans brought with them a vast reparatory of herbal treatments and introduced the concept of the hospital as a centralised treatment centre. In Britain, hydrotherapy (the use of water either internally or externally to maintain health and prevent disease) can be traced back to Roman spas.[133] This was augmented by practices from the Far East and China introduced by traders using the Silk Road.

During the Catholic and Protestant witch-hunts from the 14th to the 17th centuries, the activities of traditional folk-healers were severely curtailed and knowledge was often lost as it existed only as an oral tradition. The widespread emigration from Europe to North America in the 18th and 19th centuries included both the knowledge of herbalism and some of the plants themselves. This was combined with Native American medicine and then re-imported to the UK where it re-integrated with the surviving herbal traditions to evolve as todays medical herbalism movement.[134]

The natural law of similia similibus curantur, or like is cured by like, was recognised by Hippocrates but was only developed as a practical healing system in the early 19th century by a German, Dr Samuel Hahnemann.[135]Homeopathy was brought to the UK in the 1830s by a Dr Quinn who introduced it to the British aristocracy, whose patronage continues to this day. Despite arousing controversy in conventional medical circles, homeopathy is available under the National Health Service, and in Scotland approximately 25% of GPs hold qualifications in homeopathy or have undergone some homeopathic training.[136]

The impact on CAM of mass immigration into the UK is continuing into the 21st century. Originating in Japan, cryotherapy has been developed by Polish researchers into a system that claims to produce lasting relief from a variety of conditions such as rheumatism, psoriasis and muscle pain.[137] Patients spend a few minutes in a chamber cooled to 110C, during which skin temperature drops some 12C.

The use of CAM is widespread and increasing across the developed world. The British are presented with a wide choice of treatments from the traditional to the innovative and technological. Section 60 of the Health Act 1999 allows for new health professions to be created by Order rather than primary legislation.[138] This raises issues of public health policy which balance regulation, training, research, evidence-base and funding against freedom of choice in a culturally diverse society

The term alternative medicine refers to systems of medical thought and practice which function[citation needed] as alternatives to or subsist outside of conventional, mainstream medicine. Alternative medicine cannot exist absent an established, authoritative and stable medical orthodoxy to which it can function as an alternative. Such orthodoxy was only established in the West during the nineteenth century through processes of regulation, association, institution building and systematised medical education.

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L3 MAPPS to Supply Digital Control Computer System Hardware for … – Nuclear Street – Nuclear Power Plant News, Jobs, and Careers (press release)…

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--Press Release--

L3 MAPPS announced today that it has won a contract from Bruce Power to replace the existing Bruce B Unit 6 Digital Control Computer (DCC) system with all-new hardware. Three DCCs will be delivered to Bruce Power. The first unit (DCC-Z) will be used as a maintenance platform and is due to be installed in the first quarter of 2018. The other two DCCs (DCC-X and DCC-Y) are redundant units for plant operations and are expected to be delivered in the second quarter of 2019.

DCC systems are used to monitor and control the major reactor and power plant functions at CANDU* nuclear power plants. The new DCC system will feature the latest SSCI-890 CPUs and will replace the legacy Varian V72 computer systems and related equipment to ensure continuous, safe and reliable performance over the service life of the plant.

Our first DCC system, built in the early 1970s, was for the Bruce site. With this new project, we have come full circle, marking a new chapter in L3 MAPPS DCC business, said Michael Chatlani, Vice President of Marketing & Sales for L3 MAPPS Power Systems and Simulation. We are happy to continue our long collaboration with Bruce Power. Leveraging our record of on-time, on-budget performance, we look forward to our further support of the Bruce site for many years to come.

Replacing the DCCs at the Bruce site is an important element of the Life-Extension Program at Bruce Power, said Mike Rencheck, President & CEO of Bruce Power. Bruce Powers Life-Extension program will mean the Bruce site will continue to power the province until 2064, and this is good news for families and businesses across Ontario. Bruce Power, and the electricity it provides Ontario families and businesses, is part of the solution over the short and long terms to provide a source of low-cost stable electricity.

Bruce Power is Canadas first private nuclear generator, providing 30 percent of Ontarios power at 30 percent below the average residential price. The Bruce site, home to eight CANDU reactors in Tiverton, Ontario, is the worlds largest operating nuclear generating facility. The company is progressing with a series of incremental life-extension investments, including Major Component Replacement, to secure a clean, reliable and low-cost source of electricity for Ontario families and businesses for decades to come.L3 MAPPS has over 30 years of experience in pioneering technological advances in the marine automation field and over 40 years of experience in delivering high-fidelity power plant simulation to leading utilities worldwide. In addition, the company has more than four decades of expertise in supplying plant computer systems for Canadian heavy water reactors. L3 MAPPS also provides targeted controls and simulation solutions to the space sector. To learn more about L3 MAPPS, please visit the companys website at http://www.L3T.com/MAPPS.

Headquartered in New York City, L3 Technologies employs approximately 38,000 people worldwide and is a leading provider of a broad range of communication and electronic systems and products used on military, homeland security and commercial platforms. L3 is also a prime contractor in aerospace systems, security and detection systems, and pilot training. The company reported 2016 sales of $10.5 billion. To learn more about L3, please visit the companys website at http://www.L3T.com.

Safe Harbor Statement Under the Private Securities Litigation Reform Act of 1995 Except for historical information contained herein, the matters set forth in this news release are forward-looking statements. Statements that are predictive in nature, that depend upon or refer to events or conditions or that include words such as expects, anticipates, intends, plans, believes, estimates, will, could and similar expressions are forward-looking statements. The forward-looking statements set forth above involve a number of risks and uncertainties that could cause actual results to differ materially from any such statement, including the risks and uncertainties discussed in the companys Safe Harbor Compliance Statement for Forward-Looking Statements included in the companys recent filings, including Forms 10-K and 10-Q, with the Securities and Exchange Commission. The forward-looking statements speak only as of the date made, and the company undertakes no obligation to update these forward-looking statements.

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*CANDU is a registered trademark of Atomic Energy of Canada Limited, used under license by Candu Energy Inc., a member of the SNC-Lavalin Group.

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L3 MAPPS to Supply Digital Control Computer System Hardware for ... - Nuclear Street - Nuclear Power Plant News, Jobs, and Careers (press release)...

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