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Daily Archives: March 2, 2017
Darwinism and the Nazi race Holocaust – creation.com
Posted: March 2, 2017 at 2:20 pm
by Jerry Bergman
Leading Nazis, and early 1900 influential German biologists, revealed in their writings that Darwins theory and publications had a major influence upon Nazi race policies. Hitler believed that the human gene pool could be improved by using selective breeding similar to how farmers breed superior cattle strains. In the formulation of their racial policies, Hitlers government relied heavily upon Darwinism, especially the elaborations by Spencer and Haeckel. As a result, a central policy of Hitlers administration was the development and implementation of policies designed to protect the superior race. This required at the very least preventing the inferior races from mixing with those judged superior, in order to reduce contamination of the latters gene pool. The superior race belief was based on the theory of group inequality within each species, a major presumption and requirement of Darwins original survival of the fittest theory. This philosophy culminated in the final solution, the extermination of approximately six million Jews and four million other people who belonged to what German scientists judged as inferior races.
Of the many factors that produced the Nazi holocaust and World War II, one of the most important was Darwins notion that evolutionary progress occurs mainly as a result of the elimination of the weak in the struggle for survival. Although it is no easy task to assess the conflicting motives of Hitler and his supporters, Darwinism-inspired eugenics clearly played a critical role. Darwinism justified and encouraged the Nazi views on both race and war. If the Nazi party had fully embraced and consistently acted on the belief that all humans were descendants of Adam and Eve and equal before the creator God, as taught in both the Old Testament and New Testament Scriptures, the holocaust would never have occurred.
Expunging of the Judeo-Christian doctrine of the divine origin of humans from mainline German (liberal) theology and its schools, and replacing it with Darwinism, openly contributed to the acceptance of Social Darwinism that culminated in the tragedy of the holocaust.1 Darwins theory, as modified by Haeckel,2,3,4,5,6 Chamberlain7 and others, clearly contributed to the death of over nine million people in concentration camps, and about 40 million other humans in a war that cost about six trillion dollars. Furthermore, the primary reason that Nazism reached to the extent of the holocaust was the widespread acceptance of Social Darwinism by the scientific and academic community.1,8,9,10
The very heart of Darwinism is the belief that evolution proceeds by the differential survival of the fittest or superior individuals. This requires differences among a species, which in time become great enough so that those individuals that possess advantageous featuresthe fittestare more apt to survive. Although the process of raciation may begin with slight differences, differential survival rates in time produce distinct races by a process called speciation, meaning the development of a new species.
The egalitarian ideal that all people are created equal, which now dominates Western ideology, has not been universal among nations and cultures.11 A major force that has argued against this view was the Social Darwinian eugenics movement, especially its crude survival of the fittest worldview.10,12 As Ludmerer noted, the idea that the hereditary quality of the race can be improved by selective breeding is as old as Platos Republic but:
Nazi governmental policy was openly influenced by Darwinism, the Zeitgeist of both science and educated society of the time.10 This can be evaluated by an examination of extant documents, writings, and artefacts produced by Germanys twentieth century Nazi movement and its many scientist supporters. Keith concluded the Nazi treatment of Jews and other races, then believed inferior, was largely a result of their belief that Darwinism provided profound insight that could be used to significantly improve humankind.14 Tenenbaum noted that the political philosophy of Germany was built on the belief that critical for evolutionary progress were:
The theory of evolution is based on individuals acquiring unique traits that enable those possessing the new traits to better survive adverse conditions compared to those who dont possess them. Superior individuals will be more likely to survive and pass on these traits to their offspring so such traits will increase in number, while the weaker individuals will eventually die off. If every member of a species were fully equal, natural selection would have nothing to select from, and evolution would cease for that species.
These differences gradually produce new groups, some of which have an advantage in terms of survival. These new groups became the superior, or the more evolved races. When a trait eventually spreads throughout the entire race because of the survival advantage it confers on those that possess it, a higher, more evolved form of animal will result. Hitler and the Nazi party claimed that one of their major goals was to apply this accepted science to society. And the core idea of Darwinism was not evolution, but selection. Evolution describes the results of selection.16 Hitler stressed that to produce a better society we [the Nazis] must understand, and cooperate with science.
As the one race above all others, Aryans believed that their evolutionary superiority gave them not only the right, but the duty to subjugate all other peoples. Race was a major plank of the Nazi philosophy; Tenenbaum concluded that they incorporated Darwinism:
In the 1933 Nuremberg party rally, Hitler proclaimed that higher race subjects to itself a lower race a right which we see in nature and which can be regarded as the sole conceivable right, because it was founded on science.15
Hitler believed humans were animals to whom the genetics laws, learned from livestock breeding, could be applied. The Nazis believed that instead of permitting natural forces and chance to control evolution, they must direct the process to advance the human race. The first step to achieve this goal was to isolate the inferior races in order to prevent them from further contaminating the Aryan gene pool. The widespread public support for this policy was a result of the belief, common in the educated classes, in the conclusion that certain races were genetically inferior as was scientifically proven by Darwinism. The Nazis believed that they were simply applying facts, proven by science, to produce a superior race of humans as part of their plan for a better world: The business of the corporate state was eugenics or artificial selectionpolitics as applied biology.18,19
As early as 1925, Hitler outlined his conclusion in Chapter 4 of Mein Kampf that Darwinism was the only basis for a successful Germany and which the title of his most famous workin English My Strugglealluded to. As Clark concluded, Adolf Hitler:
And Hickman adds that it is no coincidence that Hitler:
Furthermore, the belief that evolution can be directed by scientists to produce a superior race was the central leitmotif of Nazism and many other sources existed from which Nazism drew:
The Nazi view on Darwinian evolution and race was consequently a major part of the fatal combination of ideas and events which produced the holocaust and World War II:
Terms such as superior race, lower human types, pollution of the race, and the word evolution itself (Entwicklung) were often used by Hitler and other Nazi leaders. His race views were not from fringe science as often claimed but rather Hitlers views were:
The philosophy that humans can control and even use Darwinism to produce a higher level of human is repeatedly mentioned in the writings and speeches of prominent Nazis.25 Accomplishing the Darwinian goal for the world required ruthlessly eliminating the less fit by open barbarian behavior:
Hitler once even stated that we Nazis are barbarians! We want to be barbarians. It is an honorable title [for, by it,] we shall rejuvenate the world .26 Hitler, as an evolutionist, consciously sought to make the practice of Germany conform to the theory of evolution.27 Keith adds that:
The German eugenic leadership was originally less anti-Semitic than even the British leadership. Most early German eugenicists believed that German Jews were Aryans, and consequently the eugenicist movement was supported by many Jewish professors and doctors both in Germany and abroad. The Jews were only slowly incorporated into the German eugenic theory and then laws.
The Darwinian racists views also slowly entered into many spheres of German society which they had previously not affected.9 The Pan German League, dedicated to maintaining German Racial Purity, was originally not overtly anti-Semitic and assimilated Jews were allowed full membership. Many German eugenicists believed that although blacks or Gypsies were racially inferior, their racial theories did not fit Jews since many Jews had achieved significant success in Germany. Schleunes adds that by 1903, the influence of race ideas permeated the Leagues program to the degree that by 1912, the League declared itself based upon racial principles and soon excluded Jews from membership.29
In spite of the scientific prominence of these racial views, they had a limited effect upon most Jews until the 1930s. Most German Jews were proud of being Germans and considered themselves Germans first and Jews second. Many Jews modified the German intelligentsias racial views by including themselves in it. Their assimilation into German life was to the extent that most felt its anti-Semitism did not represent a serious threat to their security. Most Jews also were convinced that Germany was now a safe harbour for them.30 Many still firmly held to the Genesis creation model and rejected the views upon which racism was based, including Darwinism. What happened in Germany later was obviously not well received by Jewish geneticists, even Jewish eugenicists and certain other groups:
Nazi policies resulted less from a hatred toward Jewish or other peoples than from the idealistic goal of preventing pollution of the superior race. Hitler elaborated his Darwinian views by comparing the strong killing the weak to a cat devouring a mouse, concluding that ultimately the Jews must be eliminated because they cause:
Hitler then argued that for this reason, governments must understand and apply the laws of Nature, especially the survival of the fittest law which originally produced the human races and is the source of their improvement. The government must therefore aid in the elimination, or at least quarantine, of the inferior races. Hitler argued:
Hitler was especially determined to prevent Aryans from breeding with non-Aryans, a concern that eventually resulted in the final solution. Once the inferior races were exterminated, Hitler believed that future generations would be eternally grateful for the improvement that his programs brought to humanity:
Individuals are not only far less important than the race, but the Nazis concluded that certain races were not human, but were animals:
As a result, the Darwinist movement was one of the most powerful forces in the nineteenthtwentieth centuries German intellectual history [and] may be fully understood as a prelude to the doctrine of national socialism [Nazism].35 Why did evolution catch hold in Germany faster, and take a firmer hold there than any other place in the world?
Schleunes noted, rather poignantly, that the reason the publication of Darwins 1859 work had an immediate impact in Germany, and their Jewish policy, was because:
The Darwinian revolution and the works of its chief German spokesman and most eminent scientist, Professor Haeckel, gave the racists something that they were confident was powerful verification of their race beliefs.37 The support of the science establishment resulted in racist thought having a much wider circulation than otherwise possible, and enormous satisfaction that ones prejudices were actually expressions of scientific truth.36
And what greater authority than science could racists have for their views? Konrad Lorenz, one of the most eminent animal-behavior scientists then, and often credited as being the founder of his field, stated that:
Lorenzs works were important in developing the Nazi program designed to eradicate the parasitic growth of inferior races. The governments programs to insure the German Volk maintained their superiority made racism almost unassailable. Although King claimed that the holocaust pretended to have a scientific genetic basis,39 the position of the government and university elite of the time was so entrenched that few contemporary scientists seriously questioned it. The anti-Semitic attitudes of the German people were only partly to blame in causing the holocaustonly when Darwinism was added to the preexisting attitudes did a lethal combination result.
The first step in an eugenic program was to determine which groups were genetically superior; a judgment that was heavily influenced by culture. The ideal traits were:
Although superficial observations enable most people to make a broad classification of race, when explored in depth, race status is by no means easy to determine, as the Nazis soon found out. Many of the groups that they felt were inferior, such as the Slovaks, Jews, Gypsies, and others, were not easily distinguishable from the pure Aryan race. In grouping persons into races to select the best, the Nazis measured a wide variety of physical traits including brain case sizes. The Nazis relied heavily upon the work of Hans F.K. Gnther, professor of racial science at the University of Jena. Although F.K. Gnther s personal relationships with the party were stormy at times, his racial ideas were accepted. They received wide support throughout the German government, and were an important influence in German policy.41 Gnther recognized that, although a race may not be pure, its members share certain dominant characteristics, thus paving the way for stereotyping.41
Gnther concluded that all Aryans share an ideal Nordic type which contrasted with the Jews, whom he concluded were a mixture of races. Gnther stressed a persons genealogical lineage, anthropological measurement of skulls and evaluations of physical appearance, were all used to determine their race. Even though physical appearance was stressed, the body is the showplace of the soul and the soul is primary.42 Select females with the necessary superior race traits were even placed in special homes and kept pregnant as long as they remained in the program. Nonetheless, research on the offspring of the experiment concluded that, as is now known, IQ regressed toward the population mean and the IQs of the offspring were generally lower than that of the parents.
Darwinism not only influenced the Nazi attitude toward Jews, but other cultural and ethnic groups as well. Even mental patients were included later, in part because it was then believed that heredity had a major influence on mental illness (or they possibly had some Jewish or other non-Aryan blood in them), and consequently had to be destroyed. Poliakov notes that many intellectuals in the early 1900s accepted telegony, the idea that bad blood would contaminate a race line forever, or that bad blood drives out good, just as bad money displaces good money.43 Only extermination would permanently eliminate inferior genetic lines, and thereby further evolution.
Darwin even compiled a long list of cases where he concluded bad blood polluted a whole gene line, causing it to bear impure progeny forever. Numerous respected biologists, including Ernst Ruedin of the University of Munich and many of his colleagues such as Herbert Spencer, Francis Galton, and Eugene Kahn, later a professor of psychiatry at Yale, actively advocated this hereditary argument. These scientists were also the chief architects of the German compulsory sterilization laws designed to prevent those with defective or inferior genes from contaminating the Aryan gene pool. Later, when the genetically inferior were also judged as useless dredges, massive killings became justified. The groups judged inferior were gradually expanded to include a wide variety of races and national groups. Later, it even included less healthy older people, epileptics, both severe and mild mental defectives, deaf-mutes, and even some persons with certain terminal illnesses.1,44
The groups judged inferior were later expanded to include persons who had negroid or mongoloid features, Gypsies, and those who did not pass a set of ingeniously designed overtly racist phrenology tests now known to be worthless.45 After Jesse Owen won four gold medals at the 1936 Berlin Olympic Games, Hitler chastised the Americans for even permitting blacks to enter the contests.46
Some evolutionists even advocated the view that women were evolutionarily inferior to men. Dr Robert Wartenberg, later a prominent neurology professor in California, tried to prove womens inferiority by arguing that they could not survive unless they were protected by men. He concluded that because the weaker women were not eliminated as rapidly due to this protection, a slower rate of evolution resulted and for this reason natural selection was less operative on women than men. How the weak were to be selected for elimination was not clear, nor were the criteria used to determine weak. Women in Nazi Germany were openly prohibited from entering certain professions and were required by law to conform to a traditional female role.47
Darwinism not only offered the Germans a meaningful interpretation of their recent military past, but also a justification for future aggression: German military success in the Bismarkian wars fit neatly into Darwin categories in the struggle for survival, [demonstrating] the fitness of Germany. 48 War was a positive force not only because it eliminated weaker races, but also because it weeded out the weaker members of the superior races. Hitler not only unabashedly intended to produce a superior race, but he openly relied heavily upon Darwinian thought in both his extermination and war policies.25 Nazi Germany, partly for this reason, openly glorified war because it was an important means of eliminating the less fit of the highest race, a step necessary to upgrade the race. Clark concludes, quoting extensively from Mein Kampf, that:
German greatness, Hitler stressed, came about primarily because they were jingoists, and thereby had been eliminating their weaker members for centuries.50 Although Germans were no stranger to war, this new justification gave powerful support to their policies. The view that eradication of the weaker races was a major source of evolution was well expressed by Wiggam:
In other words, war is positive in the long run because only by lethal conflicts can humans evolve. Hitler even claimed as truth the contradiction that human civilization as we know it would not exist if it were not for constant war. And many of the leading scientists of his day openly advocated this view: Haeckel was especially fond of praising the ancient Spartans, whom he saw as a successful and superior people as a consequence of their socially approved biological selection. By killing all but the perfectly healthy and strong children the Spartans were continually in excellent strength and vigor. 52 Germany should follow this Spartan custom, as infanticide of the deformed and sickly was a practice of advantage to both the infants destroyed and to the community. It was, after all, only traditional dogma and hardly scientific truth that all lives were of equal worth or should be preserved.18,53
However, the common assumption that European civilization evolved far more than others, primarily because of its constant warmongering in contrast to other nations, is false. War is actually typical of virtually all peoples, except certain small island groups who have abundant food, or peoples in very cold areas.54 Historically, many tribes in Africa were continually involved in wars, as were most countries in Asia and America.
Much of the opposition to the eugenic movement came from German Christians. Although Hitler was baptized a Catholic, he was never excommunicated, and evidently considered himself a good Roman Catholic as a young man, and at times used religious language. He clearly had strong, even vociferous, anti-Christian feelings as an adult, as did probably most Nazi party leaders. As a consummate politician, though, he openly tried to exploit the church.55 Hitler once revealed his attitude toward Christianity when he bluntly stated that religion is an:
His beliefs as revealed in this quote are abundantly clear: the younger people who were the hope of Germany were absolutely indifferent in matters of religion. As Keith noted, the Nazi party viewed Darwinism and Christianity as polar opposites. Milner said of Germanys father of evolution, Ernst Haeckel, that in his Natural History of Creation he argued that the church with its morality of love and charity is an effete fraud, a perversion of the natural order.57 A major reason why Haeckel concluded this was because Christianity:
The opposition to religion was a prominent feature of German science, and thus later German political theory, from its very beginning. As Stein summarized Haeckel in a lecture titled On evolution: Darwins Theory:
Martin Bormann, Hitlers closest associate for years and one of the most powerful men in Nazi Germany, was equally blunt: the church was opposed to evolution and for this reason must be condemned, but the Nazis were on the side of science and evolution. Furthermore, Nazi and Christian concepts are incompatible because Christianity is built:
Bormann also claimed that the Christian churches have long been aware that:
As Humber notes, Hitler believed that Blacks were monstrosities halfway between man and ape and therefore he disapproved of German Christians:
A literature review shows that German racism would have had a difficult time existing if the historical creation position, void of race curse theories, had been widely accepted. One of these biblical theories was the claim that Genesis teaches that two types of men were originally created; Adam and Eve, the superior race line, and the beasts of the earth, the inferior black race line.62,63 Few people, though, accepted this idea.
Relatively few scientific studies exist which directly deal with Darwinism and Nazismand many evolutionists avoid the subject because evolution is inescapably selectionist. One of the best reviews of Darwinism and Nazism documents clearly that Nazism felt confident that their programs of extermination was firmly based on evolution science.64 Recently, a number of popular articles have covered this topic in a surprisingly candid and honest way.65 The source of the worst of Nazism was in Darwinism and we must first understand history to prevent its repeat. Paraphrasing the words of Hitler, those who ignore the lessons of history are condemned to repeat it.66 Admittedly, some persons who did not accept evolution espoused non-evolution theories which accommodated or even espoused racism. Nonetheless, these persons were few and the theories that were developed seem to be mostly in response to preconceived ideas or to justify existing social systems.
From our modern perspective, many persons have concluded that World War II and its results ensued from the ideology of an evil madman and his equally evil administration. Hitler, though, did not see himself as evil, but as humanitys benefactor. He felt that many years hence, the world would be extremely grateful to him and his programs which lifted the human race to genetically higher levels of evolution by stopping race pollution by preventing mixed marriages with inferior races.
Hitlers efforts to put members of these inferior races in concentration camps was not so much an effort to punish but, as his apologists repeatedly stated, was a protective safeguard similar to quarantining sick people to prevent contamination of the rest of the community. In Haass words, the Nazis believed that killing Jews and others was in fact a scientific and rational way of serving an objectively greater good.68 Or, as Rudolf Hoess, the commandant of Auschwitz, adds, such a struggle, legitimized by the latest scientific views, justifies the racists conceptions of superior and inferior people and nations and validated the conflict between them.69 Many in Germany recognized the harm of Darwinism, and Nordenskild claimed the Prussian Minister of Education, even for a time in 1875 banned, its teaching:
An interesting question is, would the Nazi holocaust have occurred if this ban had remained in effect? Haeckel was at the center of this fight and garnered much support from:
A biologist writing the above today would certainly drop as they deserve because Haeckel is today acknowledged as an unscrupulous forger who played no small role in the horrible events that occurred in the 1930s and 1940s.
The well documented influence of Darwinism on the holocaust has been greatly downplayed by the mass media. Current writers often gloss over, totally ignore, or even distort the close connection between Darwinism and the Nazi race theory and the policies it produced, but as Stein admonishes:
He adds that there is also little doubt that this contemporary self-protecting attitude is based on a:
Darwin was not just responding to his culture as often alleged. In Hulls words we have all heard, time and time again, that the reason Darwins theory was so sexist, and racist is that Darwins society exhibited these same characteristics. Hull answers this change by noting that Darwin was not so callow that he simply read the characteristics of his society into nature.72
Nazism is often used as a warning example of the danger of religious zeal, yet only occasionally is the key role of the eugenics of Francis Galton, based on the theory of natural selection espoused by his cousin, Charles Darwin, mentioned. Eugenics is still alive in the world today. As late as 1955, a Canadian professor of zoology, notes that possibly the most significant fact is that he [Darwin] finally freed humanity from a great measure of church proscription and won his fellow men a freedom of thought that had been unknown for centuries. 73 He then argues that reducing the churches influence in society allowed the discovery of, not only the means of evolution, but the knowledge that man had the means and that we can either direct evolution or let it take place on its own or, worse, stop it by counteracting the forces which propel it, causing devolution.
Rowan argued that man has, tragically, chosen the latter selection is still as vital to human progress as it has ever been. The great Darwinian principle remains. Then he added, When man acquired intellect, he started on an entirely new path without precedent in the animal world, the course of which now depends, not on further physical changes, but on intellectual and equally intellectual selection.74 Unfortunately, he concludes, humans are saving the intellectually inferior and have failed to order their affairs according to the laws of biology.74 This discussion, although tactful, is clear: those whom evolutionists judge as less fit need to be eliminated, or at the least our efforts in saving them, should be limited and we should let nature do its work. Not to do so will result in the eventual doom of the human race.
Firmly convinced that Darwinian evolution was true, Hitler saw himself as the modern saviour of mankind. Society, he felt, would some day regard him as a great scientific socialist, the benefactor of all humankind. By breeding a superior race, the world would look upon him as the man who pulled humanity up to a higher level of evolutionary development. If Darwinism is true, Hitler was our saviour and we have crucified him. As a result, the human race will grievously suffer. If Darwinism is not true, what Hitler attempted to do must be ranked with the most heinous crimes of history and Darwin as the father of one of the most destructive philosophies of history. An assessment by Youngson concluded that the application of Darwinism to society, called eugenics, produced one of the most tragic scientific blunders of all time:
I wish to thank Wayne Frair, Ph.D., John Woodmorappe, M.A. and Paul Humber, M.A. for their insight and comments on an earlier draft of this paper.
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Why Indoor Robots for Commercial Spaces Are the Next Big Thing … – IEEE Spectrum
Posted: at 2:20 pm
Image: IEEE Spectrum; Robot photos: Cobalt, Aethon, Simbe, Savioke, Diligent Droids, and PAL Robotics Companies developing indoor robots for commercial spaces include [from left] Cobalt, Aethon, Simbe, Savioke, Diligent Droids, and PAL Robotics.
This is a guest post. The views expressed here are solely those of the author and do not represent positions of IEEE Spectrum or the IEEE.
Venture funding for robotics has exploded by more than 10x over the last six years and shows no signs of stopping. Most of this investment has been focused on the usual suspects: logistics, warehouse automation, robot arms for manufacturing, healthcare and surgical robots, drones, agriculture, and autonomous cars.
But after looking into the robotics industry as I set out to launch my own robot company, Cobalt, founded last year and which came out of stealth today, I became convinced thatthere is a new emerging segment about to become one of the fastest-growing in coming years: Autonomous indoor robots for commercial spaces.
For many years, autonomous indoor robots meant one of two domains: 1.Manufacturing or material handling robots in factories and warehouses; or 2.Simple home robots. These robots sit on opposite ends of the structured spaces spectrum:
In years past, robots in factories and warehouses required extremely structured environmentsessentially, automation engineers modified the environment and kept people at arms length so that the robots could perform repetitive tasks in relative isolation. With advances in compliant manipulation (e.g. Rethink Robotics and Universal Robots) and mapping (e.g. Fetch Robotics), this equation is slowly changingbut thats a story for another day.
On the opposite end of the structured spaces spectrum is the home. Homes are notoriously unstructured and dynamic. Homes can change moment to moment and they have extremely high variability, lots of people (adults and children alike), pets, clutter, stairs, and unreliable communications. Of course, wed all love to have a general-purpose home robot (i.e. Rosie from The Jetsons) to clean, do the laundry, feed the pets, etc. But its pretty obvious that inexpensive appliances (like Roomba) and robot toys (look at CES this year) are the only viable home robots at this time: The home is hard!
But theres a massive, untapped market that sits between these two on the spectrum: Commercial spaces such as hotels, hospitals, offices, retail stores, banks, schools, nursing homes, schools, malls, and museums.
Commercial spaces could serve as a great stepping stone on the path toward general-purpose home robots by driving scale, volume, and capabilities. Commercial spaces have a number of key advantages compared to the home:
Owing to these factors, weve started to see a number of autonomous indoor robots for commercial spaces popping up in the last few years. To name just a few:
In fact, each of these companies is building what amounts to an autonomous car,but with different form-factors, value propositions, and customer segments. So while billions of dollars are being spent on autonomous vehicles for R&D and production at scale, these new applications reap the benefits (tech advances and cost savings) on sensors, computing hardware, algorithms, AI, machine learning, and open-source software.
However, indoor robots present some of their own unique challenges. Unlike autonomous cars, indoor robots are required to interact closely with and around people and integrate seamlessly into brand-conscious enterprise organizations. Because of this, factors such as industrial design, human-robot interaction, and psychology become increasingly important. Therefore, it is increasingly important for companies in this new market segment to engage experts in these fields early on (that was certainly the case at Cobalt).
Im excited about the prospect for this new market segment. These companies are eschewing the classic roboticist temptation to building sexy robots for the sake of robots. Instead, they are solving real, diverse problems with real, paying customers. Many, if not most, of the companies mentioned are already starting to deliver robots in the field, so keep an eye out for them. If my intuition is correct, there will be a lot of these robots very soon!
IEEE Spectrum's award-winning robotics blog, featuring news, articles, and videos on robots, humanoids, drones, automation, artificial intelligence, and more. Contact us:e.guizzo@ieee.org
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Robotics are big at Brentwood Academy, where the state championship will be held on Saturday – Nolensville Home Page
Posted: at 2:20 pm
Four years ago, there were no robotics teams at Brentwood Academy. This Saturday, March 4, the school will be hosting the VEX Robotics Tennessee State Championship, where six BA teams, collectively known as the Iron Eagles, will compete against 38 teams from 21 different Tennessee schools.
The electric pace of robotics surging popularity at BA is a testament both to the intellectual precocity of the schools students and to the acumen of dedicated teachers who first saw in robotics a unique learning opportunity.
Because competitive robotics is not just about competition. Its not just about gears and fuses and batteries and wires. Its about constructing a sense of community and instilling a passion for curiosity and practice. Its about different parts learning to work together for a common purpose.
Wendy Stallings was not a competitive robotics expert when she first thought up the idea. The physics teacher simply thought that building robots could be a stimulating, rewarding experience for her students.
I had a group of students who were very into computer programming and mechanical engineering, Stallings said. I asked if they wanted to build a robot, and they said yes and the next thing we knew we had unintentionally won state and started an official robotics team.
It really did happen almost that quickly. BAs first robotics team consisted of five people and was formed in the fall of 2013. The following spring that team was in the world championships in Anaheim, California. The next year, 40 students signed up to be on robotics teams.
We opened it up to the whole school just to see, and it really exploded, Stallings remembered.
In its second year, the program was even more successful than in its first. At the world finals, one BA team won the design award, the second highest award that VEX, the company that organizes robotic competitions, gives out. Another placed 4th out of 450 teams in the tournament phase of the contest.
Stallings currently considers herself the head coach emeritus of BAs teams. She has passed along most of the day-to-day coaching duties to her former assistant coach, Chris Allen, BAs Computer Technology Director.
They are both consistently impressed by the dedication of BAs Iron Eagles, noting how some students will spend up to 40 hours a week in the summer coming to school to work on their robots. Allen estimates that many robotics team members work 600 to 800 hours a year on their machines, including weekends and holidays oftentimes.
Its not that they are required to do so. In fact, Stallings mentioned how sometimes she had to intercede to get students to work less on robotics, but they just love it so much they dont seem to want to stop.
Allen is currently overseeing six teamsteams A through F that will participate in Saturdays state championships. Each team has between three and five students who build a robot each year to compete in whatever contest VEX has designed. This year the game is Starstruck and involves teams trying to get their robots to place Stars and Cubes on their opponents side of a separating barrier.
Brady Cole is a junior on BAs Team E. Hes been doing robotics for two years now, although for one year prior to that he acted as the schools tournament DJ, traveling and playing music while other students competed. Its a lot of 8-bit music and movie soundtracks, is how he describes his ideal robotics playlist.
After all the DJing, Cole sensed that he had more contribute to the robotics program.
I found that I had a knack for the designing process, he said.
That knack has resulted in Cole designing a wildly unorthodox robot for the state championships. Audrey II, named after the man-eating plant from Little Shop of Horrors, is a behemoth of a robot that separates into two parts connected by a tether, and which can extend from 18 to 52 long. Coach Allen said hes never seen anything like it in competition before.
Freshman Katie Ann Edgeworth and senior Will McClellan are on Team C. Edgeworth is a math and science fan who, as a prospective enrollee on a tour of Brentwood Academy, saw a robotics trophy on the wall and immediately wanted to know more.
McClellan is a three-year veteran of the team who got into robotics on a lark. It was kind of just an opportunity I saw, and I just decided to jump on it, he said.
As educators, Stallings and Allen have in mind certain things that they hope these three students, and all of their robotics compatriots, will get out of the program.
For Stallings, the science teacher, that hope revolves around the demystification of science from some sort of abstract, imposing subject to a practice that can be accessible and even thrilling.
I think one of the greatest benefits of a robotics program is providing students insight into how engineering and science really works, with the whole plan, test, rebuild, process, she said. We have a lot of students who might not normally be interested in something like science or engineering because they feel like they dont get good enough grades or they feel like theyre not smart enough, but when they get involved in the process of building and they learn how creative science and engineering fields are, they learn how fun science and engineering can be, and then they learn that anybody can do it. Its about hard work and not text book grades.
Allen sees other potential benefits as well. For example, robotics, he believes, will not only make students smarter, but also help them cultivate practical skills they can use in their day-to-day lives.
Id say the other in terms of skills would be communication skills, time management skills and then social skills, too, he said. Theyre having to work on a team thats maybe not structured like a football team per se, where its a more intimate setting.
For their part, Cole, Edgeworth and McClellan trace their enthusiasm for robotics to a number of factors.
Edgeworth, for instance, especially enjoys the satisfaction that comes with knowing that her hard work is going towards a definable goal and will likely pay off one day.
The more time you put into it, the more you get out of it, she said.
McClellan appreciates that aspect of robotics as well, but also expressed his appreciation for the way tournaments have expanded his understanding of the differences and similarities between different cultures.
It kind of shows how robotics crosses national boundaries, he said. You get to worlds and you see people from all across the world and youd assume itd be so different, but everyone there is committed to a common goal.
Then theres the community part of it as well. Robotics made McClellan feel like he really belonged.
I came onto the team as a sophomore with really low self-esteem and didnt think I could do anything, he said. And before I knew it, I had been to two world competitions and won state tournaments and everything, and it really boosted my self-esteem to have that and to have that group of friends that I could rely on who are not only funny and nice to talk to but who are smart too.
That social side of robotics really stands out for Cole, too.
I enjoy the community, he said. Its a very nice group of people. Whenever things go wrong were always all there more as a school. It sounds really cheesy but we always say, Were all Iron Eagles, andbefore your individual team comes your school. When we need to, we all come together, and its a really nice, close-knit community.
The VEX Robotics Tennessee State Championship will be held all day Saturday, March 4 at Brentwood Academy.
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UM Hosts State Robotics Competition this Weekend – HottyToddy.com
Posted: at 2:20 pm
Mississippi middle and high school students compete during the 2016 FIRST Tech Challenge at UM. Photo by Kevin Bain/Ole Miss Communications Middle and high school students from across the state will compete in Mississippis fifth annual FIRST Tech Challenge robotics competition Saturday(March 4)at the University of Mississippi.
Hosted by UMsCenter for Mathematics and Science Education, judging begins at 7 a.m. in Tad Smith Coliseum. Public events begin at 10 a.m., and the competition runs through5 p.m. Admission is free.
Two dozen teams of students, ranging from seventh to 12thgrade, will pilot their robots with the hopes of qualifying for FIRSTs South Super Regional competition in Athens, Georgia, later this month. This years game is dubbedVelocity Vortex, a challenge where robots are programmed to push or lift different sized balls in a specially designed arena.
Our goal is to inspire students into learning because we are losing our engineering group, said Mannie Lowe, FIRST program manager at the Center for Mathematics and Science Education. Our engineers are aging out and no one is coming up to fill the void in this country.
The For Inspiration and Recognition of Science and Technology, or FIRST, nonprofit organization was founded 25 years ago by inventor Dean Kaman in an effort to build interest in STEM fields.
Teams comprise up to 15 people, and any organization can form a team, not just schools. Students are guided by teachers, coaches, mentors and community members. Teams must design and build their own robots, keep an engineers notebook and do some kind of outreach to promote STEM careers.
I guarantee you, part of my group would not have otherwise thought about a STEM career beforehand, said Holly Reynolds, team mentor for Bigwelds Bots and associate dean for the UM College of Liberal Arts.
Bigwelds Bots is an all-female team featuring members of Girl Scout Troop 33016, one of two Girl Scout trrops in the state that does robotics. The two troops soon will be featured on Mississippi Roads a PBS show.
During the competition, teams of two face off against each other. This allows teams to learn how to work with other teams and enjoy healthy competition at the same time.
Each match plays for 2 minutes and 30 seconds. For the first 30 seconds, the robots operate autonomously, then they are operated by the students through handheld driver controllers for the final two minutes.
The robots can be built out of virtually any material as long as teams follow regulation rules. In the past, some teams have built their robots out of PVC pipe, wood and aluminum. However, the competition is about more than just robots.
The fun in my job is watching and working with the kids, Lowe said. When you see their aha! light come on, it is amazing. Its the realization that they can do this. They can build, they can program, they can design.
Once they realize that, the world is theirs. They can do whatever they want.
In the past, Mississippi teams have done well at FIRST Super Regional competitions. Last year, a Mississippi team won the Inspire Award, the highest given in the competition.
Some 5,000 teams participate worldwide, and the program has grown tremendously in Mississippi, where only four teams took part in the challenge five years ago.
Students begin designing and building their robots in September when the theme is announced. Last-minute changes are normal, and teams keep working to improve their robots until the competition begins.
FIRST events are part rock concert, part NASCAR race because of the sponsor logos and team numbers on the side of each robot, Lowe said. They are also part chess tournament, due to each teams different strategy, and just general fun. Its a big party.
By Alexandria Paton
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Robots and AI could soon have feelings, hopes and rights we … – The Independent
Posted: at 2:20 pm
Get used to hearing a lot more about artificial intelligence. Even if you discount the utopian and dystopian hyperbole, the 21st century will be defined not just by advances in artificial intelligence, robotics, computing and cognitive neuroscience, but how we manage them. For some, the question of whether or not the human race will live to see a 22nd century pivots upon this latter consideration. While forecasting the imminence of an AI-centric future remains a matter of intense debate, we will need to come to terms with it. For now, there are many more questions than answers.
It is clear, however, that the European Parliament is making inroads towards taking an AI-centric future seriously. Last month, in a 17-2 vote, the parliaments legal affairs committee voted to begin drafting a set of regulations to govern the development and use of artificial intelligence and robotics. Included in this draft proposal is preliminary guidance on what it calls electronic personhood that would ensure corresponding rights and obligations for the most sophisticated AI. This is a start, but nothing more than that.
If you caught any of the debate on the issue of electronic or robot personhood, you probably understand how murky the issues are, and how visceral reactions to it can be. If you have not caught any of it, now is a good time to start paying attention.
The idea of robot personhood is similar to the concept of corporate personhood, which allows companies to take part in legal cases as both claimant and respondent that is, to sue and be sued. The report identifies a number of areas for potential oversight, such as the formation of a European agency for AI and robotics, a legal definition of smart autonomous robots, a registration system for the most advanced ones, and a mandatory insurance scheme for companies to cover damage and harm caused by robots.
The report also addresses the possibility that both AI and robotics will cause massive job losses and calls for a serious assessment of the feasibility of a universal basic income as a strategy to minimise the economic effects of mass automation of entire economic sectors.
We, Robots
As daunting as these challenges are, lawmakers, politicians and courts are only beginning to skim the surface of what sort of problems, and indeed opportunities, artificial intelligence and robotics pose. Yes, driverless cars are problematic, but only in a world where traditional cars exist. Get them off the road, and a city, state, nation, or continent populated exclusively by driverless cars is essentially a really, really elaborate railway signalling network.
AI is predicted to be humanised through real emotions
I cannot critique here the feasibility of things such as general artificial intelligence, or even the Pandoras Box that is Whole Brain Emulation whereby an artificial, software-based copy of a human brain is made that functions and behaves identically to the biological one. So lets just assume their technical feasibility and imagine a world where both bespoke sentient robots and robotic versions of ourselves imbued with perfect digital copies of our brains go to work and Netflix and chill with us.
It goes without saying that the very notion of making separate, transferable, editable copies of human beings embodied in robotic form poses both conceptual and practical legal challenges. For instance, basic principles of contract law would need to be updated to accommodate contracts where one of the parties existed as a digital copy of a biological human.
Would a contract in Jane Smiths name, for example, apply to both the biological Jane Smith and her copy? On what basis should it, or should it not? The same question would also need to be asked in regard to marriages, parentage, economic and property rights, and so forth. If a robot copy was actually an embodied version of a biological consciousness that had all the same experiences, feelings, hopes, dreams, frailties and fears as their originator, on what basis would we deny that copy rights if we referred to existing human rights regimes? This sounds like absurdity, but it is nonetheless an absurdity that may soon be reality, and that means we cannot afford to laugh it off or overlook it.
There is also the question of what fundamental rights a copy of a biological original should have. For example, how should democratic votes be allocated when copying peoples identities into artificial bodies or machines becomes so cheap that an extreme form of ballot box stuffing by making identical copies of the same voter becomes a real possibility?
Should each copy be afforded their own vote, or a fractional portion determined by the number of copies that exist of a given person? If a robot is the property of its owner should they have any greater moral claim to a vote than say, your cat? Would rights be transferable to back-up copies in the event of the biological originals death? What about when copying becomes so cheap, quick, and efficient that entire voter bases could be created at the whim of deep-pocketed political candidates, each with their own moral claim to a democratic vote?
How do you feel about a voter base comprised of one million robotic copies of Milo Yiannopolous? Remember all that discussion in the US about phantom voter fraud?Well, imagine that on steroids. What sort of democratic interests would non-biological persons have given that they would likely not be susceptible to ageing, infirmity, or death? Good luck sleeping tonight.
Deep thoughts
These are incredibly fascinating things to speculate on and will certainly lead to major social, legal, political, economic and philosophical changes should they become live issues. But it is because they are increasingly likely to be live issues that we should begin thinking more deeply about AI and robotics than just driverless cars and jobs. If you take any liberal human rights regime at face value, youre almost certainly led to the conclusion that, yes, sophisticated AIs should be granted human rights if we take a strict interpretation of the conceptual and philosophical foundations on which they rest.
AI provides a fear of the loss of individual human identity
Why then is it so hard to accept this conclusion? What is it about it that makes so many feel uneasy, uncomfortable or threatened? Humans have enjoyed an exclusive claim to biological intelligence, and we use ourselves as the benchmark against which all other intelligence should be judged. At one level, people feel uneasy about the idea of robotic personhood because granting rights to non-biological persons means that we as humans would become a whole lot less special.
Indeed, our most deeply ingrained religious and philosophical traditions revolve around the very idea that we are in fact beautiful and unique snowflakes imbued with the spark of life and abilities that allow us to transcend other species. Thats understandable, even if you could find any number of ways to take issue with it.
At another level, the idea of robot personhood particularly as it relates to the example of voting makes us uneasy because it leads us to question the resilience and applicability of our most sacrosanct values. This is particularly true in a time of fake news, alternative facts, and the gradual erosion of the once-proud edifice of the liberal democratic state. With each new advancement in AI and robotics, we are brought closer to a reckoning not just with ourselves, but over whether our laws, legal concepts, and the historical, cultural, social and economic foundations on which they are premised are truly suited to addressing the world as it will be, not as it once was.
The choices and actions we take today in relation to AI and robotics have path-dependent implications for what we can choose to do tomorrow. It is incumbent upon all of us to engage with what is going on, to understand its implications and to begin to reflect on whether efforts such as the European Parliaments are nothing more than pouring new wine into old wine skins. There is no science of futurology, but we can better see the future and understand where we might end up in it by focusing more intently on the present and the decisions we have made as society when it comes to technology.
When you do that, you realise we as a society have made no real democratic decisions about technology, but have more or less been forced to accept that certain things enter our world and that we must learn to harness their benefits or get left behind, and, of course, that we must deal with their fallout. Perhaps the first step, then, is not to take laws and policy proposals as the jumping-off point for how to deal with AI, but instead start thinking more about correcting the democratic deficit that exists onwhether we as a society, or indeed a planet, really want to inherit the future Silicon Valley and others want for us.
To hear more about the future of AI and whether robots will take our jobs, listen to episode 10 of The Conversations monthly podcast, The Anthill which is all about the future.
Christopher Markou, PhD Candidate, Faculty of Law, University of Cambridge. This article first appeared on The Conversation (theconversation.com)
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Robots and AI could soon have feelings, hopes and rights we ... - The Independent
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Data limits are the worsthere’s how to stay under yours – Popular Science
Posted: at 2:19 pm
Smartphones put a world of information, games, videos, and music at your fingertips. That is, until you run out of data. It only takes a few minutes of throttled, agonizingly slow speeds to realize how much you rely on that cellular connectionand how important it is to stay within your data allowance. The solution: Cut back on the amount of data your phone chews through. Adjusting your settings to reduce data usage will come in handy for those with limited data plans or travelers who plan to spend time out of network.
We've collected some tips for staying on the right side of your data boundaries. Whether you have an Android or an iPhone, there are two sets of options you need to bear in mind: Those in your phone's main operating system settings, and those in the individual apps you've installed.
Android gives you a detailed look at your overall data usagejust tap Data usage in the Settings app (if you're not using stock Android, you should see something similar). There are a few helpful tools here: You can obviously see your current data stats, but if you tap on the graph, you can also set a level at which Android displays an alert about your usage. Check your monthly plan and configure the limit accordingly.
Tap the Mobile data usage entry further down to get a more detailed look at the data you've been using, as well as a list of the apps that have been the worst offenders for eating up your allowancethis will come in handy when we configure individual app settings later on.
You can also tap Data Saver to turn on this useful feature, built into the latest versions of Android. It limits the data apps can use in the background, which stops most apps from downloading or uploading data (think background email syncing and so on) when they're not actually openunless you're connected to Wi-Fi.
To manually set whether apps can or can't use data in the background, tap on the individual app entries in the Mobile data usage list.
Meanwhile to stop apps from updating when you're not on a Wi-Fi connection (some of those updates can be pretty hefty), go to the Play Store app, open the Settings option from the menu, and tap Auto-update apps.
Finally, tap the menu button on the Data usage screen (the three vertical dots in the corner) and then pick Mobile networks. Here you can switch off data roaming, where data is downloaded on cellular networks other than your registered one (usually when you're traveling). This can help avoid unwanted bills when you get back from vacation.
Over on iOS there are some comparable settings you can work through to take control of your iPhone or iPad's data usage. Get to know these options first and then move on to individual app settings later if you need to.
Tap Cellular Data (labelled Mobile Data in some parts of the world) in Settings to get at all the key configuration options. This screen also lists how much data individual apps are using, just like the Android equivalent does.
To prevent an app from using data when not on Wi-Fi, just toggle its switch to off. To shut down mobile data completely, toggle the top switch. The Cellular Data Options submenu, meanwhile, lets you turn off data roaming when you're not connected to your primary network (like those times when you're out of the country).
The newest versions of iOS have a Wi-Fi Assist feature, where your device will fall back to cellular networks if Wi-Fi reception is poor. It's designed to speed up browsing on patchy Wi-Fi networks, but it can chew through a lot of data. To prevent that, switch this option off underneath the apps list.
As on Android, you can tell iOS not to download app updates over cellular networks: Choose iTunes & App Store from the Settings app, then toggle the Use Cellular Data option to off.
Another option is to prevent apps from uploading and downloading data in the background while they're not in use. Tap General then Background App Refresh from Settings, and you can disable this for individual apps or stop it completely.
There are plenty of ways to configure Android or iOS to use less data, but some individual apps will have data usage settings of their own. We can't cover every app out there, but these tricks should rein in some of the most data-hungry ones.
Open up the settings in the Facebook app, for example, and you can stop videos from autoplaying when you're not on Wi-Fi, cut down on the number of notifications you get, change the quality that photos and videos are uploaded at, and more. The settings menu layout varies between iOS and Android, but these options are easy to find.
Google Chrome for Android has a data saver tool all of its ownit preloads and compresses pages through Google's servers before sending a stripped-down version to your mobile. You can enable it from the main Settings menu inside the app.
Have a look at the apps on your own phone to see if any similar options are available, particularly for those apps that are appearing high up in your data usage tables. For example, think about music and podcast appsare they syncing playlists and downloading new content over cellular connections? The settings for many of these apps will let you restrict this activity so it only happens over Wi-Fi networks.
Preparation will also help you cut down on total data usage. We've already mentioned music playlists, which you can sync ahead of time while you're still on your home Wi-Fi, but you can do the same in Google Maps: Go to Offline areas from the main menu, and you'll be able to download parts of the map before leaving the house. This should save you from using as much data when you're on the road.
Finally, get connected to as many Wi-Fi spots as you can: at work, at your coffee shop, at your friends' houses (as long as they're not unsecured networks). Any time you're not relying on cellular networks alone, you can be saving on data.
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B2B processes get smarter in the cloud – TechTarget
Posted: at 2:19 pm
B2B processes get smarter in the cloud TechTarget Microsoft, for instance, created its Cortana suite with build-it-yourself in mind. ... The best use of shared analytics in some B2B partnerships might simply be a common platform for uploading data sets to be scrutinized for process-improving trend ... |
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Which New Areas of Virtual Reality Will Use Eye-Tracking? – Slate Magazine (blog)
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Chinese twins wear VR headsets as they ride in a roller coaster simulator at the Wantong VR Park on Nov. 27 in Beijing.
Kevin Frayer/Getty Images
This question originally appeared on Quora, the place to gain and share knowledge, empowering people to learn from others and better understand the world. You can follow Quora on Twitter, Facebook, and Google Plus.
Answer by Kynan Eng, research group leader, neuroscience of VR and applications to rehabilitation:
I think that most of the first uses of augmented realityand virtual realityeye-tracking will be to improve general AR/VR headset comfort and usability. Why? As a direct input device, eye-tracking is actually fairly frustrating and useless. However, as a general contextual signal indicating possible user intent or attentional focus, it is quite useful. Many use cases for eye-tracking will work in the background, and will probably include the following:
Graphics rendering resource allocation: If a person is looking somewhere, more graphics rendering resources can be allocated in that general direction. This can provide better quality output for a given amount of rendering power.
Data prefetch: Some VR data operations require time to complete, e.g. looking up something in an online database. If a person glances in a particular direction, data fetching can begin in the background even before the person selects an item to interact with. This improves the perceived responsiveness of the VR environment, which can be especially useful e.g. over mobile data networks.
Multimodal smart 3-D object selection: In VR, pointing at a small object in a cluttered environment can be quite difficult. Eye-tracking can be used to help disambiguate the object that the user intends to select by combining the information with the controller input.
Automatic headset calibration: A headset that knows where the users eyes are can better adjust its own image output parameters for optimal user comfort.
Balance manipulation: The vestibulo-ocular reflex is a well-known automatic effect linking eye movements to changes in the vestibular system. Knowing eye movements as well as those of the headset (via accelerometers) allow deductions about the likely state of the users vestibular system, and thus enables systematic manipulations to heighten changes in balance or possibly to reduce the effects of motion sickness during VR use.
What all of these use cases have in common is that, when working well, you dont notice that they are doing anything. In fact, I would go as far as to guess that some of these eye tracking use cases are essential for enabling truly useable VR/AR for mass-market applications.
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Which New Areas of Virtual Reality Will Use Eye-Tracking? - Slate Magazine (blog)
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Virtual reality brings reality of sex trade to viewers – Reuters
Posted: at 2:19 pm
MUMBAI, March 2 (Thomson Reuters Foundation) - Virtual reality - used in gaming to bring players close to the action - is for the first time being deployed to fight human trafficking, with a documentary chronicling one girl's descent into the Indian sex trade.
The documentary uses so-called VR technology to immerse viewers into the reality of life for a young country girl who is married off by her father then trafficked into a brothel.
"Virtual reality is a powerful form of storytelling and the cause will get more attention from the world over," Hannah Norling, of My Choices Foundation, told the Thomson Reuters Foundation on Thursday.
The non-profit foundation partnered with the charitable arm of a U.S. virtual reality tech firm, Oculus, to make the film, which will premiere at a Texas film festival this month.
The team hopes to zero in one life to create greater empathy with all victims of trafficking, estimated to total nearly 21 million people worldwide. Of these, an estimated 4.5 million people are forced into sex work, most of them women and girls.
'Notes to My Father' tells the story of one such victim, who narrates to her father the horror of being trafficked.
The 11-minute documentary gives a 360-degree view of village life as she recounts her abduction-to-escape journey that spans the two Indian states of Andhra Pradesh and Maharashtra.
"Using virtual reality was a strategic choice as it gives a first person experience of another person's experience. It is emerging as the number one tool to help people engage and react," said Norling.
The film can be viewed using a VR headset that gives viewers the perception of being physically close to the characters.
The technology has previously been used to document gritty social causes and found to be effective, with a film chronicling a Syrian refugee in Jordan helping raise funds for Unicef.
The documentary will be released on Facebook by September and screened in rural India, Norling said, part of a wider campaign to educate fathers about sex trafficking.
A My Choices Foundation study found 90 percent of trafficked girls came from the most marginalised communities, and that any decision to release a girl usually rested with the father.
The girl featured in the documentary was married off at 13 by her father who wanted to give her a better life.
"He played a role in her trafficking unintentionally," Norling said.
The husband became abusive and the girl was vulnerable when the traffickers befriended, drugged then abducted her.
"The entire time she was gone from home, he worked in brick kilns for money and went looking for her. He was a good father." (Reporting by Roli Srivastava; Editing by Lyndsay Griffiths. Please credit Thomson Reuters Foundation, the charitable arm of Thomson Reuters, that covers humanitarian news, womens rights, trafficking, property rights, climate change and resilience. Visit news.trust.org)
* Sees Q2 revenue of $4.65 billion, +/- $50 million; sees Q2 earnings per share $0.86, +/- a few cents - SEC filing
SAN FRANCISCO, March 2 U.S. electric vehicle charging station maker ChargePoint Inc said on Thursday it is raising $100 million in a funding round led by German automaker Daimler that will allow it to expand into Europe.
* Announces capital increase raises in total 1.97 million euros ($2.1 million)
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EON Sports VR Partners With Japan’s Yokohama DeNA Baystars For Virtual Reality Training – SportTechie
Posted: at 2:19 pm
The startup virtual reality production and training company EON Sports VR announced Wednesday it has expanded its baseball category overseas to the Yokohama DeNA Baystars, a member of the Japanese Central League.
The organization will begin incorporating EON Sports interactive software and baseball virtual reality simulator into its training for this season. It is the first Japanese professional baseball team to leverage EON Sportstraining technology and also the companys first international sports client.
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EON Sports is excited to announce our partnership with the Baystars, Dan ODowd, theex-Colorado Rockies general manager and current EON Sports managing partner,said in a statement. They are joining the growing number of professional baseball teams that are using our technology to enhance and change the way players are prepared and developed within the game of baseball. They are one of the most respected franchises in all of baseball, and we are thrilled to work with them on this next generation of player development.
Added Baystars outfielder Takayuki Kajitani after utilizing the technology: I actually was able to experience the atmosphere in the iCube, standing in the batters box. I felt it was very realistic of what I would see in the game. Im going to take advantage of the iCube to experience the pitching of pitchers who Ive never played against, and will be able to experience it before an actual match.
Last summer, EON Sports VR started working with the Tampa Bay Rays, and other MLB teams use it as well.
EON Sports W.I.N. Series gives players the ability to experience the training system technology with headsets like the HTC Vive, Oculus Rift or smartphone-based displays.
Additionally, users can take advantage of the EON iCube, a multi-projector system that provides players an experience similar to that of facing an actual pitcher. Through data compiled via a ball tracking system, EON is able to reproduce not only the ball flight but the throwing motion as well. With now a dedicated training room that includes a full iCube, Baystars batters can select various kinds of pitches to generate a life-like experience.
Beyond baseball, where MLB clubs and their minor league affiliates have integrated the iCube, EON Sports VR has also partnered with college athletics programs like Penn State and the University of Miami (Fla.) to launch exclusive virtual reality channels, which provides fans with behind-the-scenes content, interviews and practice highlights.
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