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Category Archives: Transhuman News
The Yamanaka affair – Bangalore Mirror – Bangalore Mirror
Posted: March 23, 2017 at 1:18 pm
By: Santanu Chakraborty
We can now use our own cells to replenish the ones that are lost, weak or old
Observing the news from around, rather depressing and mostly violent, the world these I cannot but feel that the desire for immortality is part of what might fuel the end of our species. The level of conflict that can be provoked by unverifiable untestable ideas is rather striking. But there is another sphere, another kind of immortality that mankind perhaps covets even more than the lasting fame, power and grip of its belief systems. The literal one. I mean the power to be physically alive, preferably young, forever. Stories from many lands over many eons have eulogized various elixirs of life. Potions with the power to present eternal youth, at least life, to those who consume them.
Now these dreams havent really come true for humans. Now biological science has certainly advanced over the past century. So much so that if the ancients could peer into the future they might have seen the tremendous gain in life expectancy in our generation and wondered if we were onto somekind of elixir of life. After all the average life expectancy has more than doubled since the middle ages. Quite a remarkable achievement for medical science. Yet the methods used could be called death prevention instead of life extension, as the technolgies that have driven humans living longer are really things like antibiotics: things which have prevented that extraordinary number of premature deaths. You could say that better nutrition amounts to some life extension. It does but you wont live forever no matter how well you eat. In fact there is a growing body of evidence that suggests that eating a diet rich in nutrients but low in calories - which means hunger - actually promotes longevity. So its all very confusing with only one certainty. Death.
Now that is unless we can turn our cells new again. A tremendous advance towards this end was made when John Gurdon, an English scientist, did an unthinkable experiment. Gurdon knew that a fertilized egg, one made when a sperm and a naiive egg fuse together, is what gives rise to an entire animal. It was in 1962 that John Gurdon replaced a fertilized frog egg cells nucleus with another nucleus, this one from the intestine of a tadpole. Think of cells as two concentric balloons, the smaller one (nucleus) contained within the larger one. The spaces inside these membranes contain a tremendous amount of molecular machinery that enables these cells to divide and produce near perfect replicas of themselves. And that is just the begining. A fertilized egg divides into two cells first and then they divide again. The cells start out identical but soon start producing different cells to make the varying organs of the body. What would you expect to happen when a nucleus that was made after many many replications inside the tadpoles intestine is reimplanted into a from egg, its raisondetre not to mention its ancestral environment.
A crude analogy would be grafting organs from an old human into a young one. Out gut instinct is to think that this would not work, except in the reverse. Young tissue can replace old but never the other way around. What Gurdon found was that the egg cell implanted with an old nucleus grew into a frog without breaking a sweat. Thus was the worlds first clone was born. Its more famous sister Dolly, the sheep, was cloned by nuclear transfer many years later in 1997 by Ian Wilmut. Many scientists looked beyond the excitement to discern a subtle fact. Gurdons idea was a demonstration that even cells that have divided many times and settled into their final form - fully differentiated cells - contain all the genetic information required to turn into an entire living organisms. Within each of our cells then is contained the elixir of life. An especially remarkable finding in light of the legends that indicate mankind has perhaps looked far and wide searching for fountains of eternal youth.
How could we then turn our own cells to a slightly more primordial state so that they may divide and replenish the ones that are lost, weak or old. These cells we could pluripotent - with the potential to turn into many different cell types. The ability to make them at will would be particularly valuable, in fact they would be a revolution for medicine. Shinya Yamanaka, a Japanese doctor, took up the challenge. His answer came after a long and winding road full of challenges tackled over many years. It was almost unbelievably simple. Of the thousands of genes that make protein in the nucleus of a cell, and their many potential combinations, Yamanaka showed that forced activation of only four genes would turn the clock back all the way to make what he called induced pluripotent stem cells.
Today these cells are taking center stage as scientists develop the next generation of regenerative therapies and even in the fight against cancer.
Life may just get a little longer in the decades to come thanks to the courage of scientists who persisted against considerable social odds to get humanity tantalizingly close to immortality.
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Of man and machine: The evolution of transhumanism – Baylor College of Medicine News (press release) (blog)
Posted: at 1:18 pm
A tragedy of being human is that our organs often fail before our brains do. If you agree with this statement, you may agree with transhumanist Zoltan Istvan, who believes the next life-extending medical breakthrough will be in the field of synthetic organ replacement.
The longest life now clocked is 122 years. Transhumanists believe humans will soon be able to live far longer than this even hundreds of years with the help of technological advancements that enhance human physical, intellectual, and cognitive capacities.
A prime example is also the subject of my previous research: patients with a failing heart are opting more and more to be implanted with a left ventricular assist device (LVAD) instead of waiting for a heart transplant. That is, they are increasingly choosing to put an electromechanical device made of titanium and plastic in their chests as a permanent rather than temporary solution instead of facing the unlikely arrival of a natural, human heart.
These LVAD patients may not consider themselves transhumanists, but they ascribe to the distinctly transhumanist idea that human life and health spans can benefit from using medical devices to assist or even replace our organs. This choice to assist our bodies with technology that is immediately available, rather than wait for scarce organic commodities to appear, marks an increasing, if not inevitable, acceptance of mechanical, electrical, and digital devices into our lives and into our bodies.
Companies like SynCardia in the United States. and Carmat in Europe manufacture artificial human hearts to extend the life span of terminally ill patients by up to four or five years. That may not sound like much, but consider that it took David Foster Wallace less than five years to write his magnum opus, Infinite Jest. Composer Franz Schubert composed over a thousand works of music in only six years. You can do a lot in five years, no matter your age. Look at the physicist Sir William Crookes, who invented the first instruments to study radioactivity at the ripe age of 68.
Transhumanists like Istvan say this is just the beginning. He predicts artificial organs will help not only to replace our hearts, but our kidneys, our lungs, virtually any parts of us that are failing due to sickness or old age.
The assumptions underlying transhumanism, or the more widespread drive to enhance human longevity through technology, force us to think critically and imaginatively about our future. They are also the subject of my current work, which looks at the visions, aspirations, and promise of human longevity research.
The study, lead by Dr. Christopher Scott, explores how major stakeholders in longevity and aging research imagine and anticipate the future. In this study, we will help identify the major players, like Istvan, in the quest to extend human life, and how they are helping to transform not just our lifespan, but our very beliefs and assumptions about what constitutes a fully human life.
The question of whether artificial organs will help to extend life has been answered. Millions of people are already living longer not just with LVADs, but with artificial or even bioartifical organs.For example, asynthetic trachea grown entirely in a London lab using a patients own stem cells saved the life of a Swedish man with late-stage tracheal cancer. With growing knowledge of synthetic tissue growth and improvements in 3D printing, the medical devices we are putting in our bodies may soon all be made of our very bodies. The distinction between man and machine will become difficult to make when the two are of the same, organic material.
For some of us, this sounds promising and amazing. To others more accustomed to strong distinctions between man and machine, it sounds justifiably scary.
Whatever your position, we are undeniably witnessing an increasing cultural acceptance of integrating our bodies with technology not just so that we can open the front door of our house by waving our micro-chipped hand in front of it, as Istvan can, but to live longer and healthier lives.
-By Kristin Kostick, Ph.D., research associate in the Center for Medical Ethics and Health Policy at Baylor College of Medicine
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Of man and machine: The evolution of transhumanism - Baylor College of Medicine News (press release) (blog)
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Would You Become An Immortal Machine? – NPR
Posted: at 1:18 pm
Picture this: You are in the bathroom, doing your usual thing after breakfast, when you notice blood in the water sitting in your white, porcelain toilet.
Scared, you schedule an appointment with a gastroenterologist, who recommends a colonoscopy and a biopsy. It could be cancer, it could be a harmless colitis. But there you are, confronted, perhaps for the first time of your life, with your own mortality.
You get to the doctor's office and are told to wait. Reading some glossy magazine to kill time (pun intended), you notice a peculiar half-page add: "Want to live forever? Explore our cryogenics facilities at Alcor Life Extension Foundation." What a coincidence, you think. Checking the website on your smartphone, you find out that this place actually exists, outside Scottsdale, Arizona.
The idea is, in principle, simple. As you die, your body is caught fresh and rushed to a coffin-like cylinder filled with liquid nitrogen, where it will be frozen, either in full or just the head, until such time when either the cure for your ailment is available, or the technology for a full brain upload is ready. In both cases, the goal is to give you the possibility to live forever, even if this thing that lives forever is not really you. Or is it? What defines you, anyway?
Such is the premise of Marc O'Connell's outstanding book on transhumanism, To Be a Machine: Adventures Among Cyborgs, Utopians, Hackers, and the Futurists Solving the Modest Problem of Death. O'Connell decides to dive into the transhumanist culture in the best possible way: by traveling the world in search of the key figures in the movement to see what makes them believe so completely that science can, in fact, beat death. The result is a fast-paced travel-log-cum-existential inquiry into the science and the religious significance of this age-old human desire to live forever: To become, in effect, a god.
"A man is a god in ruins," wrote Ralph Waldo Emerson. This quote, which O'Connell places at the book's opening page, captures the essence of the quest. If man is a failed god, there may be a way to fix this. Since "The Fall," we "lost" our god-like immortality, and have been looking for ways to regain it. Can science do this? Is mortality merely a scientific question? Suppose that it is and that we can fix it, as we can a headache. Would you pay the price by transferring your "essence" to a non-human entity that will hold it, be it silicone or some kind of artificial robot? Can you be you when you don't have your body? Are you really just transferrable information?
As O'Connell meets an extraordinary group of people, from serious scientists and philosophers to wackos, he keeps asking himself this question, knowing fully well his answer: Absolutely not! What makes us human is precisely our fallibility, our connection to our bodies, the existential threat of death. Remove that and we are a huge question mark, something we can't even contemplate. No thanks, says O'Connell, in a deliciously satiric style, at once lyrical, informative, and captivating.
Every page breathes with his humanity, thankfully. For the prospects can be either beatific or terrifying, depending where you come from: Is transhumanism the essence of the Resurrection, bodiless souls basking under the eternal light of the Singularity? Or is it the nightmarish dystopia of a machine-dominated future, our humanity lost, our struggles forgotten, our creations left behind as irrelevant?
Whatever your choice, transhumanism is here to stay. Don't believe me? Look at your smart phone: the world at your fingertips, its apps an extension of yourself, your digital persona, your connectivity to the global community. Imagine the angst of not having one for one or two days, a sense of loss, of loneliness.
Even if the science behind the grand promise of transhumanism remains decidedly elusive, we are already blending with machines. To a large extent, they already define us. How far this will go, and what will happen to us, is left for the future and for those who make it happen.
Marcelo Gleiser is a theoretical physicist and writer and a professor of natural philosophy, physics and astronomy at Dartmouth College. He is the director of the Institute for Cross-Disciplinary Engagement at Dartmouth, co-founder of 13.7 and an active promoter of science to the general public. His latest book is The Simple Beauty of the Unexpected: A Natural Philosopher's Quest for Trout and the Meaning of Everything. You can keep up with Marcelo on Facebook and Twitter: @mgleiser
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Would You Become An Immortal Machine? - NPR
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BUTCHER, a rapid skill-based carnage from the makers of Soldat, is coming to PS4 and Xbox One – Develop
Posted: at 1:17 pm
Transhuman Designs brutally hard 2D shooter is launching on PS4 and Xbox One in Q2 2017, pre-orders for European PSN start now.
Warsaw, Poland, March 23 rd, 2017: BUTCHER is fast-paced 2D shooter and a blood-soaked love letter to the cult classics of the genre, developed by Transhuman Design the studio behind Soldat and King Arthurs Gold. The game will be published on PS4 and Xbox One by Crunching Koalas in Q2 2017. Heavily discounted pre-orders for the Special Edition Bundle have already started on the European PSN.
As a cyborg programmed to eradicate the last remains of humanity, your sole purpose is to well... annihilate anything that moves. Grab your weapon of choice (from chainsaw, through shotgun, to grenade launcher) and kill your way through underground hideouts, post-apocalyptic cities, jungles and more. And if you're feeling creative, there are plenty other ways of ending your enemies' misery - hooks, lava pits, saws... no death will ever be the same.
If kicking corpses into a lava pit and adorning walls with blood is your idea of a good time, BUTCHER is THE game for you.
Announcement Trailer: https://youtu.be/8sMkdNJN_lY
Xbox Wire Blog Post: https://news.xbox.com/2017/03/22/butcher-coming-soon-xbox-one/
BUTCHERs main features:
Game info:
PS4 Pre-Orders (Europe): http://bit.ly/butcher_ps4_preOrder
Xbox Wire blog post: https://news.xbox.com/2017/03/22/butcher-coming-soon-xbox-one/
PlayStation Game Detail Page: https://www.playstation.com/en-us/games/butcher-ps4/
Announcement trailer (YouTube): https://youtu.be/8sMkdNJN_lY
GIF Pack: http://bit.ly/butcherGIFs
Platforms: PlayStation 4, Xbox One
Launch Price: $9.99, 9.99, 7.99 (Standard version), $12.99, 12.99, 9.99 (Special Edition Bundle including the base game and soundtrack)
Developed by: Transhuman Design
Published by: Crunching Koalas (PS4 / Xbox One)
For preview codes please contact Tom Tomaszewski: tom@crunchingkoalas.com
About Transhuman Design
Transhuman Design is an independent studio led by Michal Marcinkowski, creator of Soldat, the indie classic that dominated the 2D multiplayer world and directly inspired games like N, Showdown Effect and Take Arms. Soldat was followed by King Arthurs Gold, a very successful (and crazy) multiplayer buildnkill game featuring ridable sharks, shields used as parachutes and catapults employed as rapid means of transport into enemy base. The current projects range from Butcher, a blood-soaked love letter to Doom and Quake, to the atmospheric, story-driven Transmigration.
Facebook: http://facebook.com/TranshumanDesign
Twitter: https://twitter.com/thdtweet
About Crunching Koalas
Crunching Koalas is a small game development team based in Warsaw, Poland. After developing and publishing MouseCraft, an indie puzzler commonly described as a mix of Lemmings and Tetris, they decided to start helping other indies in getting their titles (like BUTCHER and Lichtspeer) published on consoles.
Facebook: http://facebook.com/CrunchingKoalas
Twitter: https://twitter.com/crunchingkoalas
For more info please contact Tom Tomaszewski: tom@crunchingkoalas.com
Games Press is the leading online resource for games journalists. Used daily by magazines, newspapers, TV, radio, online media and retailers worldwide, it offers a vast, constantly updated archive of press releases and assets, and is the simplest and most cost-effective way for PR professionals to reach the widest possible audience. Registration for the site and the Games Press email digest is available, to the trade only, at http://www.gamespress.com
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BUTCHER, a rapid skill-based carnage from the makers of Soldat, is coming to PS4 and Xbox One - Develop
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Trump Administration Is A No-Show At Hearings On Human Rights – Huffington Post
Posted: at 1:17 pm
WASHINGTON The Inter-American Commission on Human Rights heard from civil rights and other advocacy groups on Tuesday about their concerns with the Trump administrations immigration policies.
Commissioners said they hoped to hear from the government, too. But they couldnt the federal government skipped the hearings, which officials said was because of ongoing litigation.
Advocates and observers said the move was highly unusual and sent a concerning message about the new administrations respect for international bodies such as the Organization of American States, of which the commission, or IACHR, is a part. Multiple experts said the U.S. almost always attends and hasnt skipped a hearing in at least eight years.
Todays no-show is a new low, Jamil Dakwar, director of the American Civil Liberties Unions Human Rights Program, said at one of the hearings, calling it an unprecedented show of disrespect to the international community that will alienate democratic allies.
This is another worrying sign that the Trump administration is not only launching an assault on human rights at home but is also trying to undermine international bodies charged with holding abusive governments accountable, he added.
The governments absence was noted multiple times by commissioners, who said they werent sure why it happened. IACHR President Francisco Jos Eguiguren Praeli told reporters that U.S. government officials informed the commission on Monday that they would not be in attendance at the hearings, one dealing with President Donald Trumps executive orders on travel and immigration enforcement, the other on treatment of asylum-seekers.
Suffice it to say that it is a pity that this is the situation, IACHR Vice President Margarette May Macaulay said during one of the hearings, while noting the government had declined to attend and answer questions.
Commissioner Paulo Vannuchi, speaking in Spanish at the other hearing, said he regretted the absence, which is what would have made it possible for there to be a democratic exchange of opposing views being aired.
The State Department, which has a permanent mission to the Organization of American States, said the government did not attend because it is not appropriate for the United States to participate in these hearings while litigation on these matters is ongoing in U.S. courts, acting spokesman Mark Toner said.
The United States has tremendous respect for the role performed by the IACHR in safeguarding human rights and fundamental freedoms throughout the hemisphere, including in the United States, he said in a statement.
The State Department did not provide examples of other instances in which the government has declined to attend hearings last year, officials were present for a separate hearing that dealt with asylum-seekers or exact litigation. The presidents temporary ban on entry to the country for refugees and certain foreign nationals is subject to pending litigation. Another State Department spokesperson, who declined to comment with their name, said participants at both thematic hearings included parties to such ongoing litigation.
The spokesperson said the departments decision not to participate does not have any bearing on current or future U.S. engagement with the Commission.
Neither the Justice Department nor the Department of Homeland Security, which were also expected by the ACLU to attend one or more of the hearings, responded to requests for comment.
Experts said it was far from normal for the government to skip a hearing. Ariel Dulitzky, a professor at the University of Texas at Austin School of Law and former assistant executive secretary of the IACHR, said in an email that it is highly unusual for States not to participate and that under former Presidents Barack Obama and George W. Bush, the U.S. attended hearings.
Marselha Gonalves Margerin, advocacy director at Amnesty International USA, said it is the first time in the past eight years that the U.S. did not attend an IACHR hearing. She has litigated before the commission and been a close observer for about 16 years, she said.
Countries that skip hearings generally do so to send a message, she said, noting that Cuba, Venezuela and the Dominican Republic have declined to attend at times when they did not want to talk about accusations of human rights violations.
Does America first mean disengagement of its human rights obligations? asked Gonalves Margerin, who was not at the hearings.
The IACHR issued a statement on Wednesday calling it troubling that the U.S. government did not send representatives to its hearings. Cuba and Nicaragua also decided not to participate in hearings, according to the commission
The Inter-American Commission underscores the importance that the States participate in all hearings, in good faith and with adequate substantive information, in order to work constructively toward solutions to human rights problems in the region, the commission said in a statement. The inter-American human rights system is strengthened by the active participation of States, victims and their representatives, and civil society organizations.
Sarah Paoletti, director of the University of Pennsylvanias Transnational Legal Clinic, said during the asylum-seeker hearing that those present were extremely disappointed to not hear from the government.
We fear this is a further reflection of their disregard for the human rights of migrants, she said, and hope that they will fully engage in future hearings and prove us wrong.
Because the U.S. government wasnt there, no one presented counter-arguments to a dire picture put forward by advocates, who argued the presidents executive orders on immigration were discriminatory, dangerous and presented a potential for abuse by Customs and Border Protection agents.
At the asylum-seeker hearing, advocates who criticized Obama on treatment of vulnerable people apprehended at the border as well said they were concerned things would get even worse under Trump. Commissioners seemed sympathetic Macaulay said they agree that detention of families, asylum-seekers and children is completely contrary to international norms and standards.
In no way can the commission accept these acts of violations which are occurring and which seem to be multiplying and becoming more and more serious as each day progresses, she said.
This story has been updated with a statement from the IACHR.
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Trump Administration Is A No-Show At Hearings On Human Rights - Huffington Post
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Benefits of the Human-Technology Interface – Huffington Post
Posted: at 1:17 pm
Stephen Hawking observed a milestone when he turned 75 earlier this year. A man who has achieved remarkable things and shown a remarkable nature from the very beginning of his career, his advancements combine work in the fields of gravitation, cosmology, quantum theory, thermodynamics and information theory. This synthesis of disciplines in search of answers secures his place as the leading genius of modern physics.
Part of Hawkings legend rests not only on his influence, but also to his willingness to harness as well as to push forward the technology that has helped to make that influence possible. Dr. Hawkings achievements are so remarkable and his interfacing with technology so seemingly natural, that it begs the question, what benefits does that interface hold for the rest of us?
With the advent of cognitive technologies, we are seeing a flowering in AI-based advancements: self-learning computers, conversational interfaces (like Siri), and self-driving cars that represent technology serving humanity. We have designed tech in our own image so that it behaves more and more like humans, but, as technology becomes prevalent in our lives, we behave more referentially to it and are viewed by some as victims being shaped BY technology. Trying to leverage this technological determinism for gain, there are even companies offering digital detoxes, with the goal of achieving momentary respite, metaphorically freeing space on our hard drives.
But academic interest in AI grows rapidly. Our analysis shows that global research on machine learning has doubled, going from 6,766 publications in 2011 to 13,405 in 2016. Within the AI field, themes including effective computing, knowledge representation and deep learning have emerged as the most popular. In the case of deep-learning research, data shows a quintuple increase in global research output in five years.
This profusion of research indicates an increasing willingness to explore a myriad of interfaces with AI. This is positively revolutionizing how we make decisions and live life, making AI an extraordinarily powerful tool for improving our connections to each other in ways that could only be imagined just a few years ago.
Consider the impact on medicine. As Satava and Ellis wrote as early as 1994, The increasing use of robotics, computers, and virtual realitywill become easier to use and enhance the surgeon--the technology must adapt to the surgeon, not the reverse. Since then, medical technology has flowered, designed to meet human - read: patient - needs first. Robotic surgery has become commonplace and conferred immense benefits. Electronically controlled prostheses and functional neuromuscular stimulation radically transformed limb-replacement technology, and amputees interface with technology becomes ever more beneficial and less noticeable as part of that benefit. The use of computer graphics, 3-D imaging, magnetic resonance imaging, and laser technology point toward new directions in medicine in disciplines across the board, with all technologies created or adapted to meet caregiver and consumer need or abandoned by the wayside.
And, while medicine has embraced artificial-intelligence-based data analytics with less alacrity than the financial industry and other sectors, the benefits of machine learning algorithms are allowing physicians to treat patients based on a combination of their own knowledge and data from the cases of all other patients facing the same disease. Predictive analysis leading to early intervention is an unheard of benefit; for example, Google DeepMind has created a machine learning algorithm designed to detect diabetes and macular degeneration by analyzing case data from a million patients, allowing doctors to treat before these conditions emerge. As part of the interface, AI is providing doctors with predictions based on deep data analysis, which from the outside may look very much like experience-based deduction.
Predictive analysis also works at micro-level interfaces. Dr. Hawking communicates through an open-source program called ACAT, which provides a software keyboard on his computer screen. He selects letters by moving a cursor with his cheek (that movement is detected by sensor on his eyeglasses). ACATs SwiftKey word prediction algorithm, programmed with Dr. Hawkings writings, offers word choices after he types only a couple of characters. When he has a whole sentence, Dr. Hawking sends it to a speech synthesizer. His interface is personal, highly customized and built to help him deal with the particular challenges of motor neurone disease. Most importantly, it frees him to communicate and connect in way that wouldnt have been possible in the recent past.
Technology does not determine human action; human action shapes technology. As we push forward into this age of the marriage of data and technology, we must apply the basic principle that technology needs to serve humanity, first and last. Armed with that guiding principle, we can create opportunities for individuals and communities to achieve, while at the same time, overcome the fear that too often accompanies the introduction of complex ideas, and advance with positive optimism and open curiosity.
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Benefits of the Human-Technology Interface - Huffington Post
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Nepal graduates to medium human development grouping – The Kathmandu Post
Posted: at 1:17 pm
Human development is a process of enlarging peoples choices. But human development is also the objective, so it is both a process and an outcome
Mar 23, 2017- Nepal has graduated to medium human development grouping in the United Nations Human Development Index (HDI), indicating Nepalis are growing healthier, becoming more educated and earning more.
Nepal secured a score of 0.558 in HDI in 2015, as against 0.548 in 2014, says the Human Development Report 2016 published by the UN.
With this score, Nepal secured 144th position in the HDI among 188 countries surveyed by the UN. This ranking is same as that of the previous year. The slight improvement in the score also helped Nepal to escalate to the medium human development group from the low human development group.
The HDI integrates three basic dimensions of human development, according to the UN. Life expectancy at birth reflects the ability to lead a long and healthy life. Mean years of schooling and expected years of schooling reflect the ability to acquire knowledge. And gross national income per capita reflects the ability to achieve a decent standard of living.
Life expectancy at birth of Nepalis on average rose to 70 years in 2015 from 69.6 a year ago. Similarly, expected years of schooling of every Nepali stood at 12.2 years in 2015, while mean years of schooling hovered around four years. Likewise, gross national income per capita increased to $2,337 in 2015 from $2,311 a year ago. These HDI values, however, are way below that of Sri Lanka, which leads the HDI league table in South Asia. Nepal also lags behind the Maldives, India, Bhutan and Bangladesh in terms of human development.
Human development is a process of enlarging peoples choices. But human development is also the objective, so it is both a process and an outcome, says the UNs report titled Human Development for Everyone. This implies people must influence the processes that shape their lives.
In all this, economic growth is an important means to human development, but not the end, says the report, adding, Human development is the development of the people through building human capabilities, by the people through active participation in the processes that shape their lives and for the people by improving their lives. It is broader than other approaches, such as the human resource approach, the basic needs approach and the human welfare approach.
The 2014 Nepal National Human Development Report had found wide variations in HDI values across population groups in Nepal, although the trends are towards less inequality. The Newar people have the highest HDI value, 0.565. Close on the heels are Brahmins and Chhetris, with HDI value of 0.538. This was followed by Janajatis, with HDI value of 0.482, Dalits (0.434) and Muslims (0.422).
The variations in HDI values are even significant within these groups, depending on where they live. The highest inequalities are in education, and this may have pronounced long-term effects on capabilities later in life.
Yet Nepal has been trying to bridge this gap in education.
The Welcome to School Initiative, for instance, led to an increase in net enrolment of 470,000 children, 57 percent of them girls, within a year of its implementation in 2005. The programme primarily focused on girls and disadvantaged groups. Nepals policy on adolescent girls was initially centred on health and education but now encompasses needs in employment, skills development and civic participation, says the report.
Published: 23-03-2017 10:56
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Nepal graduates to medium human development grouping - The Kathmandu Post
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When and Why Did Humans Start Wiping or Manually Cleaning Themselves Post-Defecation? – Washington City Paper
Posted: at 1:16 pm
Sadly, well never ID the first human to slide a digit or foreign object between the buttocks after doing number two.
SLUG SIGNORINOWhen and why did humans start wiping or manually cleaning themselves post-defecation, since animals generally don't do this? Roger
Many of humanitys greatest pioneersNewton, Edison, Rubikhave been fortunate enough to achieve household-name status for their groundbreaking work. Others, unluckier but no less visionary, must necessarily remain unknown. Sadly, well never ID the first human to slide a digit or foreign object between the buttocks after doing number two, just as well never locate the first person who decided it was a good idea to wash up afterwards. But we can figure out roughly when evolution would have made it necessary for our ancestors to develop a species-appropriate method of anal cleansing.
As you say, animals in general dont make a habit of wiping after defecationlimbwise, few are up to the task anyway. Birds and fish would seem to lack means, motive, or both. Some mammals, its true, do clean themselves when necessarythink of your cat licking itself. (Maybe dont think about it too long, though.) Only the most flexible hominids would be able to pull off that grooming trick, and the rest of us, I'd imagine, arent generally envious. Nor does it seem appealing to follow the lead of those species that occasionally drag their rumps along the ground to tidy up down below. (If you notice your dog engaging in such behavior, thats more likely an attempt to relieve fluid buildup in the anal glands than some canine stab at hygiene.)
Our pressing need to wipe is the result of a significant anatomical difference separating us from the rest of creation. You and I may be so used to having them that we dont think of our uniquely fatty, muscular posteriors as an evolutionary development that makes us stand out as humansor, more precisely, stand up. Considered strictly as an adaptation, the glutes certainly dont get all the good press that, say, the opposable thumb does. Nonetheless, the development of a stronger set of gluteal muscles was a major leap forward in enabling us to become an exclusively bipedal species.
It didnt happen all at onceAustralopithecus was strolling around upright nearly four million years ago with a body more akin to an apes than to ours. But eventually, between one and two million years ago, those of us who had sturdier hips and stronger muscles supporting them began to outrace our peers and our predators. The evolutionary advantage of the thickened layers of fat that cushion the glutes is less evidentsome scientists speculate they offered a reserve that could be burned off for energy when food grew scarce.
Essential as they proved to be, butts came with issues. Our anal cavity was now tucked away within two mounds of flesh. From our present-day acculturated vantage point, this might seem like an obvious improvement, helping to keep the anus out of sight and mind. But for prehistoric folks it created a hazard that our animal friends, what with their exposed bungholes, rarely faced: fecal residue might linger in there, and the accumulation of bacteria in so moist a locale could cause infection. Women were especially vulnerable, given the proximity of the exposed vagina and urethra.
So one of these buttock-equipped humansnamed by science Homo erectus, after their default posturewas probably the first wiper. Some rectal discomfort must have inspired this innovator to impulsively run a finger or two through the crevice and (ideally) wipe the accumulated crud off somewhere. H. erectus didnt stand on formalities, after all. Perhaps over time those who engaged in the habit prospered, and taught their offspring to do likewise. Nobody said evolution was pretty.
As human culture progressed, of course, taboos and rituals developed around our eliminatory regimens, some apparently rooted in prudence, others in disgust. By the time of Deuteronomy, divinely ordained pooping instructions had been set forth, enjoining the Israelites to scoot out of camp before doing their business and bring a little shovel along to cover up the evidence. At length toilet paper enters the picturethough as I mentioned in a TP column way back in 1986, folks were ripping pages out of the Sears Roebuck catalog before softer tissue became more widely available. Even today, many cultures prefer the gentle cleansing of the bidet, as we discussed at some length last year when someone wondered if wiping was necessary at all.
Bear in mind that our ancestors might not have needed to wipe as vigorously or diligently as we do. Their diet, however omnivorous and haphazard, lacked the modern poisons that gunk up our GI tractsCheetos and Twinkies were hard to come by in paleolithic times, you know. And toilet use hadnt yet trained them to relieve their bowels in an unnatural seated position. Squatting in the woods not only puts less strain on the system (possibly making squatters less prone to hemorrhoids) but allows smoother fecal passage, alleviating some of the need to wipe. Homo erectus had more to teach us, it seems, if wed only been wise enough to listen.Cecil Adams
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The World’s Airports and Airlines Need More Human Intelligence – Huffington Post
Posted: at 1:16 pm
This weeks restrictions on larger electronic devices in carry-on luggage from many of the Middle East and North Africas largest airports by the governments of the US and UK is an effort at making it more difficult for terrorists to attempt to blow up airplanes at will. Whether the restrictions are based on intelligence reports, recent event history, the application of common sense, or some combination of all of them, it is yet another incremental step in the direction of attempting to ensure the safety of the flying public. But one could certainly argue that it is also like placing a band-aid on a gaping wound while creating more of a false sense of security in a system that is rife with gaps, inconsistencies, and vulnerabilities.
One irony, of course, is that almost none of the airports and airlines impacted by the regulation are in failed states, where there is ample reason to presume that the air transportation infrastructure does not come close to meeting U.S. Federal Aviation Administration security standards. And, as has been demonstrated numerous times in recent years, the US Transportation Security Administration (TSA) has itself failed to live up to its own security standards. For example, in a nationwide test in 2015, the US Department of Homeland Securitys (DHS) Office of the Inspector General was able to successfully transfer mock explosives or banned weapons through airport security screening systems 95 percent of the time.
Also in 2015, only two major US airports made comprehensive employee screening part of their operational protocol -- meaning that all other major airports in the country do not do so. Another DHS investigation found that the TSA had failed to identify 73 employees of airlines, airport vendors, and other employers with active clearance badges who had links to terrorism. In other words, the TSA was inadvertently sanctioning the employment of individuals with terrorist links to work in roles that could endanger the US public. So, the US is not exactly in a position of authority in terms of setting the gold standard for airport and airline security.
While it should be presumed that the U.S. government has good intelligence-based reason to single out the airports and airlines that it did in its action, there are a number of problems with the approach. Among them, other airports and airlines from failed states, or from countries which are known to be a safe-haven for terrorists, are not included in the restrictions. There is also little to prevent a terrorist who might otherwise have chosen the subject airports and airlines to simply choose another origination point or airline. The restrictions may also ultimately backfire, and encourage terrorists to seek even more sophisticated means of targeting commercial aviation in the future.
What would be even more useful than imposing additional passenger restrictions would be for airport and airline security officials to adopt protocols that not only integrate the latest intelligence, but also the human factors that have made Israels El Al Airlines so successful at thwarting potential attacks. All vehicles that arrive at Ben Gurion Airport must first pass through a preliminary security checkpoint where armed guards search the vehicle and exchange a few words with the driver and occupants to gauge their mood and intentions. Plain clothes officers patrol the area outside the terminal building, assisted by sophisticated hidden surveillance cameras which operate around the clock. Armed security personnel patrol the terminal and keep a close eye on people entering the terminal building. If any persons seem suspicious or anxious, security personnel will approach them and engage them in conversation in an effort to gauge their intentions and mood. Vehicles are subject to a weight sensor, a trunk x-ray and an undercarriage scan.
Departing passengers are questioned by highly trained security agents before they reach the check-in counter. These interviews could last as little as one minute or as long as an hour, based on such factors as age, race, religion and destination. Unlike in many western airports, passengers are not required to remove their shoes while passing through physical screening processes. Furthermore, there are no sophisticated x-ray machines; rather, traditional metal detectors are still in operation.
The passenger-oriented security system is more focused on the human factor, based on the assumption that terrorist attacks are carried out by people who can be found and have been stopped through the use of this simple but effective security methodology. That said, there is a great array of equipment and technology available for the authorities to help combat any potential terrorist attacks. For example, checked baggage is put in a pressure chamber to trigger any possible explosive devices and robots patrol the airport grounds.
Ben Gurion airport does not sub-contract its security to private companies. Given their priority in ensuring safety and preventing terrorist attacks, the personnel on duty at Ben Gurion are highly trained army graduates who have specialist skills in detection and interrogation. They leave nothing to chance and are able to monitor the most minute details. Officials think of passenger security as a series of concentric circles, with increasing scrutiny as individuals arrive closer to the plane.
Agents also pay close attention to the parts of the airport that passengers do not frequent, such as fences around the airports perimeter, which are monitored with cameras at all times, and radar systems that check for intrusions when weather prevents cameras from effectively broadcasting. The Israelis focus on the human factor is not of course infallible, but the range of methods employed at Ben Gurion has proven to be extremely effective in preventing terrorist attacks, as its history demonstrates. Even so, many security and terrorist experts believe that, if this were always accompanied by the latest passenger-oriented security technology, Ben Gurions security would be even more robust.
The Israelis have taken on board the concerns of civil liberties groups and researchers in developing technology that could ease concerns about racial profiling, through the use of innovative check-in kiosks, but this can never of course replace the intuition and gut instinct that accompanies human interaction. Many airport authorities around the world have sought to benefit from the Israelis approach to airport security, though none use the entire range of tools at their disposal. In the end, limitations on financial and human resources, and preferred methodologies, determine just how thorough or inadequate security protocols can be.
If more airport authorities were to adopt Ben Gurions approach, surely it would be more difficult for those intending to do harm to succeed. There is a lot to be said for emphasizing eye contact, behavioral cues, and instinct when addressing the subject of airport security. Rather than continuing to implement ever broader restrictions on law abiding passengers, governments would perhaps be better off devoting the resources necessary to focus on the human intelligence and other protocols that very few airports and airlines actually provide, and that the Israelis have proven work very well.
*Daniel Wagner is Managing Director of Risk Cooperative and co-author of the book Global Risk Agility and Decision Making.
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The World's Airports and Airlines Need More Human Intelligence - Huffington Post
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A Tesla Just Broke a World Record for Speed Twice in One Day – Futurism
Posted: at 1:16 pm
Teslas higher end P100D model of the Tesla Model S just set a new quarter-mile record, making itthe fastest street-legal electric vehicle on the road today.
In a video posted by Drag Times, two Model S P100Ds were tested. One without a few key features like a sunroof making it 300 pounds lighter, versus the fully outfitted version. In both races, Drag Times racethe Model Salongside aCamaro ZL1 and a BMW 550i. Teslas electric sedan broke the record for speed in4-door production cars. The heavier model clocked in at 10.875 seconds for a quarter-mile, while the lighter version came in 10.723 seconds.
That record-breaking achievement didnt last though: on the same day, in a separate test conducted in Oregon, these already impressive speeds were broken by amonth-old 2017 Tesla Model S P100Dwhich came in at 10.638.It should be noted that no changes were made to the vehicle: it was tested with its original interior, stock wheels, and tires.
This speed was achieved through Teslas Ludicrous+ mode, part of its latest software upgrade for the vehicles. Its expected that the Model SP100D will be able to go from 0 to 60 mph in 2 seconds a feat which is worthy of being chalked up to a functionality with ludicrous in the title.
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A Tesla Just Broke a World Record for Speed Twice in One Day - Futurism
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