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Category Archives: Transhuman News

Technoself – Wikipedia, the free encyclopedia

Posted: August 10, 2015 at 5:40 pm

Technoself studies, commonly referred to as TSS, is an emerging, interdisciplinary domain of scholarly research dealing with all aspects of human identity in a technological society [1] focusing on the changing nature of relationships between the human and technology. As new and constantly changing experiences of human identity emerge due to constant technological change, technoself studies seeks to map and analyze these mutually influential developments with a focus on identity, rather than technical developments. Therefore, the self is a key concept of TSS. The term "technoself," advanced by Luppicini (2013), broadly denotes evolving human identity as a result of the adoption of new technology, while avoiding ideological or philosophical biases inherent in other related terms including cyborg, posthuman, transhuman, techno-human, beman (also known as bio-electric human), digital identity, avatar, and homotechnicus though Luppicini acknowledges that these categories "capture important aspects of human identity".[2] Technoself is further elaborated and explored in Luppicinis Handbook of Research on Technoself: Identity in a Technological Environment.

Technoself evolved from early groundwork in identity studies, philosophy of mind, and cognitive science.[1]Ren Descartes is often credited as one of the first identity theorists of Modernity to question the material world and the certainty of knowledge from the self. Despite heavy criticism, the question he posed regarding the necessary relation between the mind and body is still considered a prevalent theme in contemporary discussions of identity and technology.[3] Another major development in identity studies came from early Social Psychology, Sociology and Psychoanalysis. Beginning with Freud, the psychoanalytic tradition shed some light on the dynamics of identity and personality development. Erving Goffman expanded the inquiry of identity with his dramaturgical theory, which emphasized the centrality of the social realm and the notion of self-presentation to identity. Later, Foucault further expanded the area of inquiry by contemplating how technologies could facilitate the emergence of new ways of relating to oneself.[4]

The most entrenched area of technoself studies is revolved around ontological considerations and conceptualizations of technoself.[1] The effort to identify the essence of human being is frequent in philosophical circles and is entrenched within emerging theoretical scholarship on technoself.[1]DeGrazias (2005) examination on identify/numerical identity to shed light on the ethics of human enhancement. According to DeGrazia, human identity is divided into two parts: 1) numerical identity (concerns the continuity of an individual as the same object over time or across procedure), and 2) narrative identity (concerns the changes in self-perception experienced by an individual over time).[5] By dividing human identity into two parts, DeGrazia is facilitating a discussion on the ethics of human enhancements.[5] Meanwhile, Croon Fors [6](2012) research on the entanglement of the self and digitalization have helped frame ontological considerations related to the conceptualization of technoself studies.[1] Furthermore, the changing nature of identity is a common theme within Technoself studies.[1] As a result, this has given way for scholars to analyze questions such as: How are advances in sensing technologies, biometrics, and genetics changing the way we define and recognize identity? How are technologies changing the way people define themselves and present themselves in society? These types of questions are being heavily analyzed as the conceptualization of identity is changing rapidly.

Central to the understanding of the development of technoself studies as a field of research is the idea that human identity is shaped by the adoption of new technologies and the relationship between humans and technology. Advancements in digital technology have recently forced researchers to consider the conception of the self in relation to the increasing reliance of society on the use of technologies in daily tasks in people's personal and professional lives.[1] Here are some examples of digital technologies we rely on: cellphones, tablets, social media, etc. New technologies, particularly computer-mediated communication tools, have raised questions related to identity in relationship to privacy issues, virtual identity boundaries, online fraud, citizen surveillance, etc. These issues come as our perspective on technology shifts from one of functionality to one of interaction. According to John Lester, in the future "we won't simply enjoy using our tools, we will come to care for them"[1][7]

A cyborg (cybernetic organism) is a term referring to individuals with both biological and artificial parts. Cyborgs are known as being half-human, half machine organisms, due to the fact that they are always connected with technology. This term, which was coined in 1960 by Manfred Clynes, refers to and acknowledges those beings whose abilities have been enhanced due to the presence and advancement of technology. The notion of cyborg has played a part in breaking down boundaries between humans and non-humans living within a technologically advanced society. For example, those who have installed pacemakers, hearing aids, artificial body parts, cochlear implants as well as other technologies that may aid in enhancing an organisms abilities and capacities to perform, either physically or mentally.[1]Hugh Herr, an American rock climber, engineer, and biophysicist, has successfully invented the next generation of cyborg (bionic limbs and robotic prosthetics).[8] As the head of the Media Lab's Biomechatronics group in MIT, he shared his experience and presented the team achievement first time in TED talk show: Hugh Herr: The new bionics that let us run, climb and dance.

Transhuman is a concept that emerged as a result of the transhumanist movement which is centred around the notion of improving the abilities of human beings mainly through both scientific and technical means.' Unlike the posthuman concept, the notion of transhuman is based on human augmentation but does not commit itself to positing a new separate species.[1] The philosophy of transhumanism was developed in the 1990s by British philosopher Max More who articulated the principles of transhumanism as a futurist philosophy. However, the transhuman philosophy has also been subject to scrutiny by prominent scholars such as Francis Fukuyama.

Posthuman is a concept that aims towards signifying and characterizing a fresh and enhanced type of being. This organism is highly representative of a being that embraces drastic capabilities that exceed current human capabilities that are presently defining human beings. This posthuman state of identity has mainly resulted from the advancement of technological presence. According to Luppicini, posthuman capabilities "suggest a new type of being over and above human. This compromises the neutrality needed for a clear conception of human identity in the face of human-technological integration." This concept aims towards enabling a brighter future concerned with gaining a better perception of the world through various viewpoints.[1]

Homo technicus is a term "first coined by Galvin in 2003 to help refine the definition of human beings to more accurately reflect the evolving condition of human beings intertwined within advancing technological society".[9] It refers to the notion that human beings are technological by nature and evolve simultaneously with technology. Galvin states in his article titled ON TECHNOETHICS "mankind cannot do away with the technical dimension, going even to the point of considering this part of its constitution: mankind is technical by nature. Technology is not an addition to man but is, in fact, one of the ways in which mankind distinguishes itself from animals." [10] Luppicini builds upon the concept of homo technicus in his book Handbook of Research on Technoself: Identity in a Technological Society. Luppicini feels that the notion of homo technicus contributes to the conception of humans as technoselves in two ways. First it helps to solidify the idea of technology as being a key component in defining humans and society and secondly it demonstrates the importance of technology as a human creation that aligns with human values.[9] He further goes onto explain that human interactions with the material world around them helps to create meaning and this unique way of creating meaning has had an impact on how we have evolved as a species.

Also known as bio-electric human. A robot in the form of a human.

Avatars represent the individual, the individuals alter ego, or character(s) within virtual environments controlled by a human user. Avatars provide a unique opportunity to experiment with ones identity construction within virtual worlds (Turkle, 1995) and to do so with others. Examples of avatars can include personas in online games or virtual life simulations such as Second Life.

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Technoself - Wikipedia, the free encyclopedia

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Reishi Mushrooms an Ancient Medicine for Modern Diseases …

Posted: August 9, 2015 at 8:40 am

In China, reishi mushrooms have earned the nickname, The Mushrooms of Immortality, and if their longstanding reputation is any indication, this nickname could be appropriate for a few different reasons. Some archaeological evidence points to reishi mushrooms having been used as far back as 7,000 years ago, and with good reason. The benefits of these mushrooms arent only applicable to diseases and conditions that existed thousands of years ago, but to those that plague mankind today as well.

Reishi mushrooms are known for their red, oblong-shaped caps and tough texture and woody flavor. Unlike other conventional mushrooms, however, they arent the tastiest things to put on a salad or in a stir-fry, and instead modern man is most likely to reap their benefits from extracts.

Its these reishi mushroom extracts that have been used in a variety of scientific studies. These studies have linked the mushrooms to reduced blood pressure, weight loss, improved nervous system function, and even the treatment and prevention of cancer and diabetestwo top modern health concerns.

Researchers with Bellarmine University found polysaccharides and saponins in reishi mushrooms that are able to reduce cell proliferation (or multiplying) in cancerous lungs. This is because the mushrooms compounds trigger apoptosis or cell death, essentially targeting cancerous cells and ensuring their demise.

Read: The Mushroom Used to Suppress Cancer Tumors

Another study, from the MARA Institute of Technology in Malaysia, found that reishi extract was able to boost the immune systemmaking it better able to fight cancer. They also found that reishi could assist in reducing the side effects of conventional cancer treatments, like radiation and chemotherapy. Though the researchers admitted the results varied depending on the type of cancer, they recommended taking six 500 mg capsules of extract each day to assist in cancer treatment.

In diabetes research, reishi mushrooms have been found to lower blood sugar in lab animals. Reishi extract was able to lower blood glucose levels of mice within only a week of treatment. A study from Peking University in Beijing found that reishi mushrooms could protect the kidneys from stress caused by diabetes, potentially even stopping kidney complications.

These mushrooms have survived as a natural medicine for thousands of years, and it isnt by pure coincidence. Traditional Chinese Medicine (TCM) is at the foundation of modern natural medicine, and reishi mushrooms have earned their place in both.

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Transhuman Superpowers & Longevity | KurzweilAI

Posted: at 8:40 am

Source: Event organizer

Brighter Brains Institute will be presenting a conference at Humanist Hall in Oakland, on July 12, 2015. The theme is Transhuman Superpowers and Longevity.

Elizabeth Parrishis a leading voice for the advancement of biotechnology. She is the CEO ofBioViva USA Inc.which is committed to building gene therapies to eradicate disease and extend healthy life. She is a board member ofRadish Medical Solutionsand founder ofBiotrove Investmentsand media. She is actively involved in international educational media via theInternational Longevity Alliance, of which she is a board member and the American Longevity Alliance, on which she serves as Secretary. Her lecture presentation topic is A Historical Perspective of the Normal Way to Die and What BioViva is Doing to Change that Paradigm Today

Gabriel Licinais onetime co-founder of Science for the Masses, a biotech grinding think-tank aimed towards altering the human condition in the pursuit of new abilities and leveraging pre-existing technologies for accessibility. Gabriel has a degree in Molecular Biology from University of Washington and was the principle testing consultant for SfM. He develops projects to expand the human condition andtests the ideas put forth by the Grinding community for functionality and feasibility. He is currently working on various projects within the fields of material sciences, microbiology, and mammalian cell biology. Prior projects include mammalian near infra-red vision, next generation functional implant coating technologies and techniques, as well as bacterial modifications for the human and environmental micro biome.

Brian Hanleyis the founder of Butterfly Sciences, a company developing gene therapies for aging. He has a range of papers in biosciences, economics, policy and terrorism, in addition to a recent text on radiation treatment. He obtained his PhD in microbiology with honors from UC Davis, has a bachelors degree in computer science, is a multiple entrepreneur and guest lectured for years to the MBA program at Santa Clara University. Brian brings a unique vision of the future woven from multiple disciplines tempered in decades of practical implementation.

Mallory E. McLaren, J.D. is one of only a handful of persons, globally, who simultaneously hold a law degree and have made regenerative medicine their area of expertise. In the past Mallory has served an aide for a U.S. senator and served in a role at the U.S. State Department. She is an avid animal welfare advocate, a vegan/vegetarian lifestyle advocate, a cultivated meat, milk, and leather industry specialist, and an unapologetic transhumanist. Currently, she is in the process of establishing a financial vehicle aimed at accelerating rejuvenation biotechnology development globally. Mallory holds a B.A. in Interdisciplinary Liberal Arts from the Evergreen State College, and a J.D. concentrated in Life Sciences Law from Seton Hall University School of Law. Her presentation is titled: Here and Now: Mainstreaming Longevity/Resilience Biotechnology R&D in the Mid-2010shttp://www.linkedin.com/in/malloryemclaren/

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Transhuman Superpowers & Longevity | KurzweilAI

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Transhuman Superpowers & Longevity | KurzweilAI

Posted: August 8, 2015 at 7:17 pm

Source: Event organizer

Brighter Brains Institute will be presenting a conference at Humanist Hall in Oakland, on July 12, 2015. The theme is Transhuman Superpowers and Longevity.

Elizabeth Parrishis a leading voice for the advancement of biotechnology. She is the CEO ofBioViva USA Inc.which is committed to building gene therapies to eradicate disease and extend healthy life. She is a board member ofRadish Medical Solutionsand founder ofBiotrove Investmentsand media. She is actively involved in international educational media via theInternational Longevity Alliance, of which she is a board member and the American Longevity Alliance, on which she serves as Secretary. Her lecture presentation topic is A Historical Perspective of the Normal Way to Die and What BioViva is Doing to Change that Paradigm Today

Gabriel Licinais onetime co-founder of Science for the Masses, a biotech grinding think-tank aimed towards altering the human condition in the pursuit of new abilities and leveraging pre-existing technologies for accessibility. Gabriel has a degree in Molecular Biology from University of Washington and was the principle testing consultant for SfM. He develops projects to expand the human condition andtests the ideas put forth by the Grinding community for functionality and feasibility. He is currently working on various projects within the fields of material sciences, microbiology, and mammalian cell biology. Prior projects include mammalian near infra-red vision, next generation functional implant coating technologies and techniques, as well as bacterial modifications for the human and environmental micro biome.

Brian Hanleyis the founder of Butterfly Sciences, a company developing gene therapies for aging. He has a range of papers in biosciences, economics, policy and terrorism, in addition to a recent text on radiation treatment. He obtained his PhD in microbiology with honors from UC Davis, has a bachelors degree in computer science, is a multiple entrepreneur and guest lectured for years to the MBA program at Santa Clara University. Brian brings a unique vision of the future woven from multiple disciplines tempered in decades of practical implementation.

Mallory E. McLaren, J.D. is one of only a handful of persons, globally, who simultaneously hold a law degree and have made regenerative medicine their area of expertise. In the past Mallory has served an aide for a U.S. senator and served in a role at the U.S. State Department. She is an avid animal welfare advocate, a vegan/vegetarian lifestyle advocate, a cultivated meat, milk, and leather industry specialist, and an unapologetic transhumanist. Currently, she is in the process of establishing a financial vehicle aimed at accelerating rejuvenation biotechnology development globally. Mallory holds a B.A. in Interdisciplinary Liberal Arts from the Evergreen State College, and a J.D. concentrated in Life Sciences Law from Seton Hall University School of Law. Her presentation is titled: Here and Now: Mainstreaming Longevity/Resilience Biotechnology R&D in the Mid-2010shttp://www.linkedin.com/in/malloryemclaren/

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Transhuman Superpowers & Longevity | KurzweilAI

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Interactives . DNA . Genetic Engineering

Posted: at 1:42 pm

Genetic engineering is the process of removing a gene from one organism and putting it into another. Often, the removed genes are put into bacteria or yeast cells so that scientists can study the gene or the protein it produces more easily. Sometimes, genes are put into a plant or an animal.

One of the first genetic engineering advances involved the hormone insulin. Diabetes, a medical condition that affects millions of people, prevents the body from producing enough insulin necessary for cells to properly absorb sugar. Diabetics used to be treated with supplementary insulin isolated from pigs or cows. Although this insulin is very similar to human insulin, it is not identical. Bovine insulin is antigenic in humans. Antibodies produced against it would gradually destroy its efficacy.

Scientists got around the problem by putting the gene for human insulin into bacteria. The bacteria's cellular machinery, which is identical to the cellular machinery of all living things, "reads" the gene, and turns it into a protein-human insulin-through a process called translation.

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Interactives . DNA . Genetic Engineering

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European Society of Human Genetics: Home

Posted: at 1:42 pm

is a non-profit organization. Its aims are to promote research in basic and applied human and medical genetics, to ensure high standards in clinical practice and to facilitate contacts between all persons who share these aims, particularly those working in Europe. The Society will encourage and seek to integrate research and its translation into clinical benefits and professional and public education in all areas of human genetics.

The 2015 registration process for the European registered Clinical Laboratory Geneticist (ErCLG) by the European Board of Human Genetics has started and is open until September 15, 2015.

Information on eligibility criteria, required documents and the submission process can be found here.

Applications can be made exclusively via the new online submission tool.

11.Jun.2015

We wish to thank almost 2,700participants and over 145 exhibiting companiesand their staff for having attended the ESHG Conference in Glasgow. We hope to see you in Barcelona in May 2016.

View the following sessions as web-cast:

-Opening Plenary Session- selected talks -ESHG-ASHG Building Bridges Symposium on "Genetic testing in children" -Plenary Debate: "Should all geneticists have their genome sequenced?" -Mendel Lecture -ESHG Award Lecture

Access the streaming

Videos are nowavailable as on-demand download.

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DRD4 genotype predicts longevity in mouse and human.

Posted: at 1:41 pm

Longevity is influenced by genetic and environmental factors. The brain's dopamine system may be particularly relevant, since it modulates traits (e.g., sensitivity to reward, incentive motivation, sustained effort) that impact behavioral responses to the environment. In particular, the dopamine D4 receptor (DRD4) has been shown to moderate the impact of environments on behavior and health. We tested the hypothesis that the DRD4 gene influences longevity and that its impact is mediated through environmental effects. Surviving participants of a 30-year-old population-based health survey (N = 310; age range, 90-109 years; the 90+ Study) were genotyped/resequenced at the DRD4 gene and compared with a European ancestry-matched younger population (N = 2902; age range, 7-45 years). We found that the oldest-old population had a 66% increase in individuals carrying the DRD4 7R allele relative to the younger sample (p = 3.5 10(-9)), and that this genotype was strongly correlated with increased levels of physical activity. Consistent with these results, DRD4 knock-out mice, when compared with wild-type and heterozygous mice, displayed a 7-9.7% decrease in lifespan, reduced spontaneous locomotor activity, and no lifespan increase when reared in an enriched environment. These results support the hypothesis that DRD4 gene variants contribute to longevity in humans and in mice, and suggest that this effect is mediated by shaping behavioral responses to the environment.

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Rash 101: The Most Common Types of Skin Rashes

Posted: at 1:41 pm

Rash facts Rash is not a specific diagnosis. Instead it means skin inflammation and discoloration that changes the way the skin looks. Common rashes include eczema, poison ivy, hives, and heat rash. Infections that cause rashes may be fungal, bacterial, parasitic, or viral. Over-the-counter products may be helpful treatments for many skin rashes. Rashes lasting more than a few days that are unexplained should be evaluated by a doctor. What are the causes, symptoms, and signs of common noninfectious rashes?

Some common, noninfectious rashes are listed below. If you have a new rash and you have a fever or some other generalized illness associated with it, it would be best to see your doctor.

Seborrheic dermatitis: Seborrheic dermatitis is the single most common rash affecting adults. It produces a red scaling eruption that characteristically affects the scalp, forehead, brows, cheeks, and external ears.

Atopic dermatitis: Atopic dermatitis, often called eczema, is a common disorder of childhood which produces red itchy, weeping rashes on the inner aspects of the elbows and in back of the knees as well as the cheeks, neck, wrists, and ankles. It is commonly found in patients who also have asthma and hay fever.

Contact dermatitis: Contact dermatitis is a rash that is brought on either by contact with a specific chemical to which the patient is uniquely allergic or with a substance that directly irritates the skin. Some chemicals are both irritants and allergens. This rash is also occasionally weepy and oozy and affects the parts of the skin which have come in direct contact with the offending substance. Common examples of contact dermatitis caused by allergy are poison ivy or poison oak (same chemical, different plant) and reactions to costume jewelry containing nickel.

Diaper rash: This is a common type of contact dermatitis that occurs in most infants who wear diapers when feces and urine are in contact with skin for too long.

Stasis dermatitis: This is a weepy, oozy dermatitis that occurs on the lower legs of individuals who have chronic swelling because of poor circulation in veins.

Psoriasis: This bumpy scaling eruption never weeps or oozes and tends to occur on the scalp, elbows, and knees. It leads to silvery flakes of skin that scale and fall off.

Nummular eczema: This is a weepy, oozy dermatitis that tends to occur as coin-shaped plaques in the wintertime and is associated with very dry skin.

Drug eruptions: Certain drugs can produce skin rash as an unwanted side effect. The common appearance is similar to rashes produced by certain common viral infections. On the other hand, drugs may produce a wide variety of other types of rashes.

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Rash 101: The Most Common Types of Skin Rashes

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The Connection Has Been Reset – The Atlantic

Posted: at 1:41 pm

Illustration by John Ritter

Many foreigners who come to China for the Olympics will use the Internet to tell people back home what they have seen and to check what else has happened in the world.

The first thing theyll probably notice is that Chinas Internet seems slow. Partly this is because of congestion in Chinas internal networks, which affects domestic and international transmissions alike. Partly it is because even electrons take a detectable period of time to travel beneath the Pacific Ocean to servers in America and back again; the trip to and from Europe is even longer, because that goes through America, too. And partly it is because of the delaying cycles imposed by Chinas system that monitors what people are looking for on the Internet, especially when theyre looking overseas. Thats what foreigners have heard about.

Theyll likely be surprised, then, to notice that Chinas Internet seems surprisingly free and uncontrolled. Can they search for information about Tibet independence or Tiananmen shooting or other terms they have heard are taboo? Probablyand theyll be able to click right through to the controversial sites. Even if they enter the Chinese-language term for democracy in China, theyll probably get results. What about Wikipedia, famously off-limits to users in China? They will probably be able to reach it. Naturally the visitors will wonder: Whats all this Ive heard about the Great Firewall and Chinas tight limits on the Internet?

In reality, what the Olympic-era visitors will be discovering is not the absence of Chinas electronic control but its new refinementand a special Potemkin-style unfettered access that will be set up just for them, and just for the length of their stay. According to engineers I have spoken with at two tech organizations in China, the government bodies in charge of censoring the Internet have told them to get ready to unblock access from a list of specific Internet Protocol (IP) addressescertain Internet cafs, access jacks in hotel rooms and conference centers where foreigners are expected to work or stay during the Olympic Games. (I am not giving names or identifying details of any Chinese citizens with whom I have discussed this topic, because they risk financial or criminal punishment for criticizing the system or even disclosing how it works. Also, I have not gone to Chinese government agencies for their side of the story, because the very existence of Internet controls is almost never discussed in public here, apart from vague statements about the importance of keeping online information wholesome.)

Depending on how you look at it, the Chinese governments attempt to rein in the Internet is crude and slapdash or ingenious and well crafted. When American technologists write about the control system, they tend to emphasize its limits. When Chinese citizens discuss itat least with methey tend to emphasize its strength. All of them are right, which makes the governments approach to the Internet a nice proxy for its larger attempt to control peoples daily lives.

Disappointingly, Great Firewall is not really the right term for the Chinese governments overall control strategy. China has indeed erected a firewalla barrier to keep its Internet users from dealing easily with the outside worldbut that is only one part of a larger, complex structure of monitoring and censorship. The official name for the entire approach, which is ostensibly a way to keep hackers and other rogue elements from harming Chinese Internet users, is the Golden Shield Project. Since that term is too creepy to bear repeating, Ill use the control system for the overall strategy, which includes the Great Firewall of China, or GFW, as the means of screening contact with other countries.

In America, the Internet was originally designed to be free of choke points, so that each packet of information could be routed quickly around any temporary obstruction. In China, the Internet came with choke points built in. Even now, virtually all Internet contact between China and the rest of the world is routed through a very small number of fiber-optic cables that enter the country at one of three points: the Beijing-Qingdao-Tianjin area in the north, where cables come in from Japan; Shanghai on the central coast, where they also come from Japan; and Guangzhou in the south, where they come from Hong Kong. (A few places in China have Internet service via satellite, but that is both expensive and slow. Other lines run across Central Asia to Russia but carry little traffic.) In late 2006, Internet users in China were reminded just how important these choke points are when a seabed earthquake near Taiwan cut some major cables serving the country. It took months before international transmissions to and from most of China regained even their pre-quake speed, such as it was.

Thus Chinese authorities can easily do something that would be harder in most developed countries: physically monitor all traffic into or out of the country. They do so by installing at each of these few international gateways a device called a tapper or network sniffer, which can mirror every packet of data going in or out. This involves mirroring in both a figurative and a literal sense. Mirroring is the term for normal copying or backup operations, and in this case real though extremely small mirrors are employed. Information travels along fiber-optic cables as little pulses of light, and as these travel through the Chinese gateway routers, numerous tiny mirrors bounce reflections of them to a separate set of Golden Shield computers.Here the terms creepiness is appropriate. As the other routers and servers (short for file servers, which are essentially very large-capacity computers) that make up the Internet do their best to get the packet where its supposed to go, Chinas own surveillance computers are looking over the same information to see whether it should be stopped.

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How Laissez-Faire Made Sweden Rich | Libertarianism.org

Posted: at 1:40 pm

October 25, 2013 essays

Sweden often gets held up as an example of how socialism can work better than markets. But, as Norberg shows, Swedens history in fact points to the opposite conclusion.

Once upon a time I got interested in theories of economic development because I had studied a low-income country, poorer than Congo, with life expectancy half as long and infant mortality three times as high as the average developing country.

That country is my own country, Swedenless than 150 years ago.

At that time Sweden was incredibly poorand hungry. When there was a crop failure, my ancestors in northern Sweden, in ngermanland, had to mix bark into the bread because they were short of flour. Life in towns and cities was no easier. Overcrowding and a lack of health services, sanitation, and refuse disposal claimed lives every day. Well into the twentieth century, an ordinary Swedish working-class family with five children might have to live in one room and a kitchen, which doubled as a dining room and bedroom. Many people lodged with other families. Housing statistics from Stockholm show that in 1900, as many as 1,400 people could live in a building consisting of 200 one-room flats. In conditions like these it is little wonder that disease was rife. People had large numbers of children not only for lack of contraception, but also because of the risk that not many would survive for long.

As Vilhelm Moberg, our greatest author, observed when he wrote a history of the Swedish people: Of all the wondrous adventures of the Swedish people, none is more remarkable and wonderful than this: that it survived all of them.

But in one century, everything was changed. Sweden had the fastest economic and social development that its people had ever experienced, and one of the fastest the world had ever seen. Between 1850 and 1950 the average Swedish income multiplied eightfold, while population doubled. Infant mortality fell from 15 to 2 per cent, and average life expectancy rose an incredible 28 years. A poor peasant nation had become one of the worlds richest countries.

Many people abroad think that this was the triumph of the Swedish Social Democratic Party, which somehow found the perfect middle way, managing to tax, spend, and regulate Sweden into a more equitable distribution of wealthwithout hurting its productive capacity. And so Swedena small country of nine million inhabitants in the north of Europebecame a source of inspiration for people around the world who believe in government-led development and distribution.

But there is something wrong with this interpretation. In 1950, when Sweden was known worldwide as the great success story, taxes in Sweden were lower and the public sector smaller than in the rest of Europe and the United States. It was not until then that Swedish politicians started levying taxes and disbursing handouts on a large scale, that is, redistributing the wealth that businesses and workers had already created. Swedens biggest social and economic successes took place when Sweden had a laissez-faire economy, and widely distributed wealth preceded the welfare state.

This is the story about how that happened. It is a story that must be learned by countries that want to be where Sweden is today, because if they are to accomplish that feat, they must do what Sweden did back then, not what an already-rich Sweden does now.

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