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Category Archives: Transhuman News

In search of perfection: a new kind of Frankensteins Monster – The Fifth Estate

Posted: July 12, 2021 at 8:05 am

Is there anything more natural than birth? The birth of our planet. The birth of a human being. The cycle of birth, life, death forms the foundation of our being.

You might even say that God gave us a soul because the gift of immortality would be seen as overindulgence. Now science and technology are changing all that.

Throughout history, there has been a fascination to make a better human. To eliminate the fundamental flaw in the human lifecycleto overcome ageing, the cruel deterioration of ones faculties and, ultimately, death.

The ideal of replicating ourselves as something smarter, stronger, and impervious to the ravages of time is perhaps humanitys greatest unfinished ambition. To elevate ourselves from mere mortals to God status.

From a science and technology perspective, this kind of pseudo-immortality is called transhumanism: the biotechnological enhancement of humans that virtually eliminates the terminal frailties of human biology.

Transhumanists envision that we will soon haveimplants to augment our senses and enhance our cognitive processes by bonding ourselves to brain interface memory chips and other human-enhancement technologies.

In short: the merging of man and machine is becoming a reality, perhaps within the next one or two decades.

The endgame is that science and technology will create humans with hugely enhanced intelligence, superhuman strength, speed and stamina, and significantly extended lifespans.

An odd endeavour when globally, the principal driver of environmental degradation, greenhouse gas emissions and thus climate change is exponential population growth.

A far cry from Paul and Anne Ehrlichs inciteful warning in their bookThe Population Bomb(1968). In which they predicted a deteriorating natural environment, social upheaval, and mass starvation as a consequence of overpopulation hundreds of millions of people are going to starve to death.

Of course, this hasnt happened yet, although our planet shows signs of severe wear and tear, and starvation and malnutrition regularly occur on varying scales.

Conversely, the global fertility rate has halved since 1950 and continues to fall. Predictions suggest that the global population willpeak at 10.9 billion by 2100and go into reverse. By that time, however, things could have gone seriously awry.

Nonetheless, the quest for immortality is unwavering as it is timeless. Author Mary Wollstonecraft Shelley (1797-1851) set the cat among the pigeons with one of literatures classic allegories,Frankenstein; or, The Modern Prometheus(1831).

Not only did Victor Frankenstein create artificial life that was void of a soula sacrilege of sorts in a time dominated by the Church but one that would not experience death.

A dramatic leap from the wooden legs, false teeth, and average life expectancy of around 35 years in seventeenth-century England.

ShelleysFrankensteinwas originally published anonymously in 1818 following the French Revolution in 1789 and the end of the Enlightenment (1685-1815).

The famed German philosopher Immanuel Kant, in his essayWhat Is Enlightenment?(1784), captured the zeitgeist of the period with the maxim Dare to know! Have courage to use your own reason.

In accord with this maxim, both Mary Shelleys parents were Enlightenment philosophers, and both influenced her writing.

The tenets of the Enlightenment centred on egalitarianism a social doctrine that emphasises equality among all societys members which inspired Mary Shelleys mother, Mary Wollstonecraft (1759-1787), to writeVindication of the Rights of Women(1792), in which she argued that women were not naturally inferior to men.

Mary Wollstonecraft passed away soon after Mary Shelleys birth. However, the spirit of her fight for equality is reflected inFrankenstein, which is, in essence, a metaphorical retort to the philosophical and political values that beset societys progress and equality at the time.

Mary Shelleys father, William Godwin (17561836), was a political philosopher and writer. He is celebrated for his workEnquiry Concerning Political Justice(1793).

Godwin argued that government was a corrupting force in society that propagated dependency and ignorance but would gradually be rendered powerless once people became educated and human understanding expanded.

The substance of her fathers thesis parallels Mary Shellys own novel. Victor Frankensteins Monster was rejected by society and solely dependent on its creator, who likewise rejects him.

Governments foster dependency similarly by providing sustenance with one hand while oppressing with the other.

Shelley uses the themes of isolation and loneliness, rejection and oppression to mirror her societys fears and bigotry. But which also reflect modern society: the hegemonic constructs of the privileged class define the constitution of humanity and reject self-determination by individuals. Indigenous communities and other minority groups can attest to this.

Shelley moreover instils her mothers innate influence, gender inequality one of societys enduring prejudices when Frankenstein reneges on his promise to create a female companion for the Monster, denying her the right to life. Even though he had mastered the science to do so.

Far from being the smartest possible biological species, we are probably better thought of as the stupidest possible biological species capable of starting a technological civilization (sic) a niche we filled because we got there first, not because we are in any sense optimally adapted to it.

Nick Bostromis a theoretical physicist and philosopher at Oxford University. He believes sentient beings, the sort created via genetic engineering, molecular nanotechnology, and artificial intelligence, posea greater threat to humanity than climate change.

But like everything else, Bostroms endeavour to mitigate anthropocentric stupidity is drowned out by our overwhelming obsession with technology. I mean, we cannot seem to divert our attention from it, literally!

And we all have an opinion about Artificial Intelligence (AI): succinctly defined as the systematic separation of information and knowledge from the human body-brain to some other non-human form of embodiment.

And if knowledge is power, and we can assume that it is, it need only be instantiated in some other medium to exist, thereby excluding the need for a human presence.

And a human presence is destined for redundancy. As the final phase in AIs evolution is to replicate, or displace, the consciousness of modern humans. An enterprise that will contribute nothing to the enlightenment of humanity.

One must therefore ask the question: what price are we willing to pay for perfection? Is this question significantly more complex than we can imagine? Bearing in mind that increased efficiencies in this sense is an infinite proposition, not unlike pi.

And in the context of capitalism, all humans are imperfect because of the cost of their labour and the maintenance of their physical and mental health.

ShelleysFrankensteinremains an indictment on modern society and its inability, or undesirability, to escape the ugliness of privilege and prejudice and survives as a counter to the Enlightenment philosophers who believed that scientific endeavour and economic progress would continually improve the human condition.

Enlightenment philosophers held that once the barriers to knowledge were eliminated, the conditions for perpetual peace and prosperity will have been established.

In short: they embraced the ideal that advancements in science and technology comprised the principal elements for the evolution of a better society.

Much the same as transhumanists. AsBostrom writes: Transhumanists view human nature as a work-in-progress, a half-baked beginning that we can learn to remold (sic) in desirable ways. Current humanity need not be the endpoint of evolution.

However, like the Enlightenment philosophers, transhumanists fail to acknowledge the double-edged sword of knowledge as both a promise of prosperity and an insidious threat.

That is, 400 years of history tells us that traditional religious beliefs and medieval philosophy might have failed, but the promise of science to solve the problem of human morality has also failed.

Shelley embodies this with Victors bloody-minded pursuit to create a monster that eventually transforms into the destroyer of his own life.

We can place this in todays context by referencing a 2017 journal article in Bioscience titledFrankenstein and the Horrors of Competitive Exclusionby evolutionary biologistsNathaniel J. Dominy and Justin D. Yeakel.

Dominy and Yeakel conclude that Frankensteins reasoning for denying a female mate for his male monster can be justified empirically. They show that if such a union was successful, it would have led to the extinction of our own species through competitive exclusion two species cannot coexist indefinitely if they compete for the exact same resources.

Even a slight advantage of one over the other will lead to the extinction of the inferior. Today, wealth might constitute that advantage. A human with enhanced intelligence, strength, stamina and an extended lifespan would constitute another.

More pointedly, with only the single-minded quest of science in mind, and disregard for its possible ruinous consequences, prioritising societal advancement engenders a less moral and equal world.

An imbalance occurs that favours the privileged who are insulated from the threats posed by technological and scientific progress but can use them to their utmost advantage.

To paraphraseJoshua Gans and Andrew Leigh, from their 2019 bookInnovation + Equality: the world today is more unequal than ever and more technologically advanced than ever. While the top one per cent increases its share of wealth, those with few skills and few assets languish at the bottom. For them, it can seem like the worst of times.

We can affirm the unavoidable use of technical devices, and also deny them the right to dominate us, and so to warp, confuse, and lay waste our nature.

The influential German philosopher Martin Heidegger (1889-1976) was not blindly anti-tech. His concern was societys failure to recognise its danger as a means to an end, like creating an enhanced human with no expiry date.

The essence of which poses a moral question: what is perfection? And if the quest for longevity, or perhaps immortality, is achieved, who decides how long the human lifespan will be? And what will that do to an already overpopulated planet?

We might thus deem perfection as immoral. For instance, we can view Frankensteins Monster as a human chimera of sorts, although fashioned from a compilation of human body parts. Sure its perceived as a monster, but only from a human perspective.

Shelley uses the word chimera in her book, defining it as the elixir of life as opposed to chemistry which promised much but delivered little.

And its this hodgepodge creation of a simulated human being a chimera that constitutes the elixir of life. Thus, if its immortality that we desire, the Monster embodies that kind of perfection, however immoral.

With this in mind, in April of this year,scientists injected embryos from a macaque with human stem cellsto study how the two cells developed together. Macaques are Old World monkeys that share a common ancestor with humans from about 25 million years ago.

For reasons of immorality, the cells were allowed to grow for 20 days before being terminated. But there is this unwavering desire to see what we can create by modifying the current human condition in the name of scientific progress.

Arguably, however, the human machine in the context of science and technology, whether artificial, robotic, or transhuman, was not meant to be perfect.

The backaches and absentmindedness are part of the bargain of reaching old age, relatively unscathed and with some semblance of our faculties in place, and finally exiting the field of life.

Whats more, our finite planet could not cope with humans of a limitless capacity. Its under immense pressure as it is.

Despite knowing this, we are still unable to separate the ecological from the technological. We seem oblivious to their inseparability, which has led to the relentless degradation of the former.

Recognising this inseparability would enable us to reconcile our existence with the natural world and put aside our techno-centric fixations, even momentarily, and see humankinds future possibilities, with all its imperfections, in a whole new light.

Dr Stephen Dark has a PhD in Climate Change Policy and Science. He has lectured at Bond University in the Faculty of Society & Design, teaching Sustainable Development and Sustainability Economics. He is a member of the Urban Development Institute of Australia and the author of the bookContemplating Climate Change: Mental Models and Human Reasoning.

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In search of perfection: a new kind of Frankensteins Monster - The Fifth Estate

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How Vladimir Putin Runs Russia Without Intermediaries or Institutes – The Moscow Times

Posted: at 8:04 am

Another Direct Line with Vladimir Putin has come and gone, with one questioner wondering why governors are not required to make use of such a convenient way to connect with the people. Putin liked the idea: why not take up a grass-roots suggestion and organize not only federal, but also regional direct lines?

Picture it: Every governor will field calls from individual citizens, who will wave their golden tickets and rattle off complaints about their particular leaky roofs or problems with the gas. Then officials (and photographers) will materialize on site, the roofs will be fixed and gas will flow. Citizens living in Russias regions may also enjoy learning some fun facts about their leadership.

For example, their thoughts on geopolitics, what kind of music they like, and where they get their shirts pressed. Of course, only if such license is not considered an infringement on the presidential prerogative. Ramzan Kadyrov was quick to point out that an analogous direct line has long existed in Chechnya.

I have written before about how Direct Line, where the president engages with the people, is becoming the only political institution in the country. In Russia, where courts are unreliable, the ruling party does not risk leaving elections to chance, the president is not subject to opposition criticism when appearing before parliament and news organizations are tossed from the Kremlin pool for reporting on protests, Direct Line is a space where authorities and citizens air their feelings toward one another. If ordinary democratic institutions for effective governance, legitimacy and feedback cannot be had, a homegrown Russian invention has sprung up in its place.

There are no intermediaries between the president and the people nothing but Direct Line and the scorched earth of Russian politics.

In 2021, this model will naturally be reproduced on the regional level: We are ready to become the first country in the world where public politics and governance are carried out via daytime TV.

On Direct Line, the president had time to express his thoughts on many topics: no, sinking a British destroyer off the coast of Crimea would not lead to a third world war; yes, there are problems with subsidized mortgages, but the advantages are greater; increased costs for holiday-makers within Russia can be traced back to fears of traveling abroad; we braved the worst of the pandemic better than many countries, for which the Duma deserves some credit; climate change may turn the earth into Venus, where temperatures reach 500 degrees Celsius; the problem of waste management in the Russian Federation is a serious concern.

But the most challenging of all issues raised on Direct Line concerned the sharpest controversy of recent weeks: the social conflict around voluntary (and compulsory) vaccination. After months of speculation as to which formulation he received, the president confirmed that he was vaccinated with Russias Sputnik V and recommended that others follow his example. At the same time, he expressed his opposition to compulsory vaccination and maintained that a worker cannot be fired for refusing the jab. This hedged stance leaves vaccine skeptics room to speculate and fails to provide a concrete answer as to how Russia plans to beat back the pandemics third wave and its record deaths.

As in 2020, responsibility for introducing new restrictions has been delegated to the regions. Accordingly, it is governors who will bear the brunt of any criticism that follows.

Not all questions were topical. The traditional questions were asked about the presidents plans: will there be a successor, and what will Putin do after his retirement?

In Russias current political reality, such questions belong to the genre of science fiction, dedicated as they are to the distant future possibly the era of transhumanism. With Putins constitutional term limit reset to zero, he can delay the search for a successor for decades more. The president even appeared to hint at this in his ironic response: the time will come and a successor will be named, and then the Russian people will decide whether to accept him or not.

As for retirement plans, well, maybe hell do nothing at all, just sit by the fire, as Putin himself said towards the end of the broadcast.

Direct Line 2021 has thus outlined the new contours of Russian political life. The president now has neither public opponents nor partners for debate, not counting the metaphysical construct of the Russian public, summoned into existence by a television show to become one with its national leader. Beyond that, Putin offers neither promises nor plans. To him, it seems, we already live in the best of all possible worlds.

A Russian version of this article was first published by Novaya Gazeta.

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How Vladimir Putin Runs Russia Without Intermediaries or Institutes - The Moscow Times

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A matter of life and death, again and again – Sydney Morning Herald

Posted: at 8:04 am

FICTIONShould We Stay or Should We GoLionel ShriverBorough Books, $29.99

Is life, no matter its quality, sacrosanct? In 2018, Aurelia Brouwers, a 29-year-old girl, caused controversy by ending her life legally in the Netherlands. Her case was anomalous: she did not suffer from a terminal illness, rather struggled with a history of mental illnesses, suicide attempts, self-harm and psychosis.

Assisted-dying remains a fiercely contested area in global euthanasia laws, belonging to the interdisciplinary branch of ethical discourse known as bioethics, which debates the value of human life. With the advances in modern medical knowledge, the global average life expectancy has increased to 72.6 years, up from 65.3 in 1990, as estimated by the United Nations.

Lionel Shriver confronts the issue of assisted-dying in her latest novel.Credit:Edwina Pickles

And the transhuman movement, which advocates the research and development of human-enhancement technologies, theorises that near-future breakthroughs will extend human lifespans indefinitely.

In Should We Stay or Should We Go, Lionel Shriver, best known for We Need to Talk about Kevin, confronts the issue of assisted-dying and euthanasia when her protagonists Kay and Cyril Wilkinson propose that we get to 80 and then commit suicide. They are not suffering unbearably when they make the decision; in fact, theyre in their mid-50s, and in excellent health. Their reasoning is simple: humans were never meant to live beyond 80, and they ought to die on their own terms, before they succumb to the entropy of their biological clocks on borrowed time.

Credit:

The novels departure point is March 29, 2020 the day of Kays 80th birthday. After the giddy, mind-racing rush to capitalise on time remaining, the world has unexpectedly changed. Brexit reignited Cyrils fierce anti-leave sentiment, and coronavirus turned Britain into a ghost land. As a result, Kay and Cyril appraise the lethal pills before them and begin to soliloquise about death in a corollary of Hamlets to be, or not to be. Problem is that as octogenarians, they remain in good health, not the mindless or stupefied walking corpses they feared they would become.

From here, Shriver disrupts the narrative with multiple scenarios that imagine what Kay and Cyril do next. Using this non-linear structure, Shriver creates a novelistic thought experiment, a network of possibilities, with each chapter reverting in time to choose a different path.

Kay goes ahead, Cyril backs out, and soon has a stroke that imprisons him inside his own body. Advances in medicine produce a magic pill that reverses ageing and allows people to live at optimal youth indefinitely. Their children, aghast that their parents planned suicide, and had squandered their inheritance, subject them to a cruel assisted-living home. Kay succumbs to dementia, and her family grieves as if shes already dead.

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A matter of life and death, again and again - Sydney Morning Herald

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Jeff Bezos Is Going to Space As Climate Change Threatens Life on Earth – Teen Vogue

Posted: at 7:58 am

After watching Laurence Fishburne get stuck in the deep dimensions of hell in the classic 1997 film Event Horizon, I lost any interest in space travel. If I ever have a chance to explore the worlds of the unknown, Ill choose the deep sea. There are so many different species of fish, sharks, and cephalopods that look like theyre from another planet. All the amazingly diverse creatures that exist on this planet are a wonder in and of themselves, and well worth saving.

Despite knowing that our way of life pollutes the planet, causes mass extinctions, and makes parts of the world uninhabitable, the powers that be seem to have their head in the stars instead of on Earth. On June 10, the Senate passed the U.S. Innovation and Competition Act, which, if passed into law, will devote $250 billion to fund science, research and development, manufacturing, and innovation.

Now a battle is mounting over how much our billionaire overlords can benefit from these programs. Currently, Elon Musks SpaceX is the sole NASA contractor for a lunar-lander program, which is focused on making it easier for humans to travel to the moon. Thanks to an amendment added by Democratic senator Maria Cantwell of Washington and Republican senator Roger Wicker of Mississippi, $10 billion of the new funding could go to Jeff Bezoss company Blue Origin for its work on a similar moon-landing project. Vermont senator Bernie Sanders voted against the amendment, calling it a Bezos bailout, but it passed the Senate, and the legislations fate is now in the hands of the House. As it turns out, Blue Origin is located in the state Cantwell represents, and the Intercept reported that the company spent $625,000 lobbying the Senate ahead of the additional amendment.

The two men often competing to be the richest person in the world are poised to get billions from the government to play space cowboys. As a recent ProPublica report revealed, these same two men have paid little to no income taxes for years. Yet they have obtained U.S. contracts that will further compound their repulsively immense wealth. Musk has already announced plans to try and colonize Mars, saying last year, "If there's something terrible that happens on Earth, either made by humans or natural, we want to have, like, life insurance for life as a whole." Bezos has set his sights on colonizing the moon, telling the media in 2019, Its time to go back to the moon, this time to stay.

The outgoing Amazon CEO is set to fly into space on July 20 on the New Shepard, a crewed rocket ship created by Blue Origin that Bezos hopes will usher in a new era of space tourism for the ber-wealthy, of course. (In a surprising upset for Bezos, British billionaire Richard Branson beat him for the title of first billionaire to travel to space.) Bezos has also talked about building massive, thriving colonies of up to a trillion humans in our solar system, saying that doing so would create an incredible and dynamic civilization home to 1,000 Mozarts and 1,000 Einsteins.

While spinning their ideas of space exploration as a win for humanity, the two billionaires have shown themselves to be anything but humanitarians. Employees at Amazon, which Bezos founded, have accused the company of union busting, maintaining strenuous work environments where workers have said they sometimes had to resort to peeing in bottles, and building warehouses with operations that pollute surrounding communities of color. Musks company, Tesla, has been sued, along with four other tech companies, for allegedly benefiting from the use of children in the cobalt-mining process in the Democratic Republic of Congo. (Cobalt is used for lithium-ion batteries.) In Boca Chica, Texas, where one of Musks SpaceX launching pads is located, scattered debris from exploded rockets has raised concerns about the potential harm to protected wetlands.

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Jeff Bezos Is Going to Space As Climate Change Threatens Life on Earth - Teen Vogue

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Tribune T Magazine – The Express Tribune

Posted: at 7:58 am

PUBLISHEDJuly 10, 2021

For the last decade or so, there seem to have been serious efforts by the United States National Aeronautics and Space Administration (NASA) and the scientific community in other countries to explore Mars and determine whether it can be liveable.

Known popularly as the Red Planet on account of the colour its iron-oxide rich surface, Mars is roughly half the size of the Earth and has been a constant source of curiosity for scientists over the years. This is reflected in the amount of exploration and research that has gone towards the planet to ascertain whether it is possible to establish life there. Projects like the Mars Foundation based in the Netherlands and the Mars Space Mission project based in New York are composed of scientists and aerospace companies exploring how Mars can be liveable in the first half of 21st century.

After Venus, Mars is our closet planetary neighbour. In 2003, Mars was closest to earth with a distance of 56 million kilometres. If Mars and Earth are farthest from the sun, the two planets can be 401 million kilometres apart. Travel time between the two planets in a spacecraft with a speed of 58,000 kilometres per hour that uses the closest approach will take 39 days and with farthest approach with 289 days. On average, travel time between Mars and Earth will be 162 days. With these facts in mind, scientists engaged with NASA and elsewhere are researching the characteristics of Mars that can provide a ray of hope to those dreaming of colonising the Red Planet. It may be a wishful thinking and a utopian concept to send spaceships carrying humans to Mars, but human curiosity and innovation has no boundaries.

Mars can certainly be a source of anxiety for those who realise how in the last 200 hundred years scientific innovation and discoveries made it possible to drastically cut travel time from one continent to another, and enabled people to connect each other from telephone, telex, fax, e-mail and then online sources. But while it may seem an uphill task to develop a planet with a faint possibility of having water and oxygen, our history does lead one to expect scientific miracles.

In a 2014 conference at the NASA Ames Research Centre, Dr Chris McKay, a planetary scientist and founding member of The Mars Society, presented a list of Mars most important resources that early Martian colonists would exploit to make the planet habitable. According to him, under atmospheric CO2 is Mars most easily accessible resource, providing feedstock for manufacturing methane propellant. The chemistry involved in separating it is simple, low power, and has been employed on Earth for more than a century. Referring to H2O from the atmosphere and polar ice he further argued, Mars is a dry planet compared to the Earth, but compared to other celestial bodies like the moon and asteroids, its water budget is quite generous. Mars has a polar cap composed of a mixture of water-ice and CO2 dry ice, and even at non-polar latitudes, water-ice is known to exist a few meters under the surface regolith. This water can be purified and consumed, or electrolyzed to produce O2 and hydrogen, which can be further combined with atmospheric CO2 to produce a range of useful plastics.

Traces of glaciers, lakes and water in some of the regions of Mars and human ability to make use of minimum resources necessary for colonising the Red Planet is perhaps a single most important source of hope for NASA and the worlds scientists. If they are persistent, a day will come when human settlement in Mars be not be a dream but a reality. Instincts of lust for resources and power have remained two major characteristics among human beings that gave an impetus to the colonisation of Americas, Australia, Africa and parts of Asia. Similar instincts motivate human beings from scientifically developed nations to sustain their efforts to transform Mars as the second world for human beings. People may term the vision of some scientists that Mars can be liveable as weird but science has no limit and can strive to transform unthinkable as unthinkable. Life on moon was ruled out because it has neither air nor water, but in the case of Mars the scientific results of exploration done so far tend to make scientists and explorers double-minded about the possibility of life on Mars.

There are technical and various scientific terms, which are used to judge whether there can be life on Mars? According to Robin Wordsworth in his blog (https://blogs.scientificamerican.com/observations/can-mars-be-made-habitable-in-our-lifetime/ February 14, 2020) Its a very poorly kept secret in planetary science that many of us first got inspired to join the field by reading science fiction. For many of us who study Mars, Kim Stanley Robinsons 1990s Mars trilogy, which describes the colonisation and eventual transforming of the Red Planet, was particularly influential. But rereading these books in 2019, I noted that much of what he imagined looks pretty far-fetchedwere still a long way from landing the first human on Mars, and transforming the planet to make it habitable seems like a very distant dream. Reinforcing his arguments about establishing life in Mars he further states that, serious scientific ideas for transforming Mars into an Earth-like planet have been put forward before, but they require vast industrial capabilities and make assumptions about the total amount of accessible carbon dioxide (CO2) on the planet that have been criticised as unrealistic. When we started thinking about this problem a few years ago, therefore, we decided to take a different approach. One thing you learn quickly when you study Marss past climate, as we do in our usual research, is that while it was intermittently habitable in the past, it was never really like Earthit has always been a unique and alien world. So when were thinking about how to make Mars habitable in the future, perhaps we should also be taking inspiration from the Red Planet itself.

Human quest for knowledge, exploration and discovery has no parallel. The West, on account of its edge in science and technology in the last four hundred years wouldnt like to give up hope to make use of the opportunity to colonise Mars provided there are chances of some success. Investment on scientific missions to be sent to Mars will pay off as the West, particularly the United States will be first one to put its flag on the Red Planet and unleash the process of colonising Mars.

In his paper A way to make Mars habitable Robert Woodsworth in Harvard Gazette (https://news.harvard.edu/gazette/story/2019/07/making-mars-habitable/) argues that people have long dreamed of altering the Martian climate to make it liveable for humans. Carl Sagan was the first outside the realm of science fiction to propose terraforming. In a 1971 paper, Sagan suggested that vaporizing the northern polar ice caps would result in yield ~103g cm-2 of atmosphere over the planet, higher global temperatures through the greenhouse effect, and a greatly increased likelihood of liquid water. Based on the results of a pair of NASA-funded researchers from the University of Colorado, Boulder, and Northern Arizona University in 2018 found that processing all the sources available on Mars would only increase atmospheric pressure to about seven per cent that of Earth far short of what is needed to make the planet habitable, scientists are now exploring the possibility of colonising not the entire Mars but some of its regions. Quoted by Robert Woodsworth, the researchers suggest that regions of the Martian surface could be made habitable with a material silica aerogel that would mimic Earths atmospheric greenhouse effect. Through modeling and experiments, the researchers show that a two to three-centimetre thick shield of silica aerogel could transmit enough visible light for photosynthesis, block hazardous ultraviolet radiation, and raise temperatures underneath permanently above the melting point of water, all without the need for any internal heat source.

Scientists are going an extra mile to probe how even a small percentage of available ice and CO2 can help start colonization process in Mars. Therefore, they agreed upon selecting some of the parts of mars so as to conduct engineering of environment that can at least lead to life in the red planet. According to Robin Wordsworth, Assistant Professor of Environmental Science and Engineering at the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) and the Department of Earth and Planetary Science this regional approach to making Mars habitable is much more achievable than global atmospheric modification, Unlike the previous ideas to make Mars habitable, this is something that can be developed and tested systematically with materials and technology we already have. Mars is the most habitable planet in our solar system besides Earth, said Laura Kerber, a research scientist at NASAs Jet Propulsion Laboratory. But it remains a hostile world for many kinds of life. A system for creating small islands of habitability would allow us to transform Mars in a controlled and scalable way. Unlike Earths polar ice caps, which are made of frozen water, the ones on Mars are a combination of water ice and frozen CO2. Like its gaseous form, frozen CO2 allows sunlight to penetrate while trapping heat. In the summer, this solid-state greenhouse effect creates pockets of warming under the ice. We started thinking about this solid-state greenhouse effect and how it could be invoked for creating habitable environments on Mars in the future, Wordsworth said. We started thinking about what kinds of materials could minimize thermal conductivity but still transmit as much light as possible.

According to Chelsea Gohd in her paper, Can we Terraform Mars to Make It Earth-Lie? Not anytime Soon (https://www.space.com/41318-we-cant-terraform-mars.html) while many researchers have devised ways we might use Mars' carbon dioxide to terraform the planet and make it habitable, one new study suggests that the Red Planet simply doesn't have enough carbon dioxide for this to be possible. Could we make Mars Earth-like? Not with existing technologies, one new paper suggests. For many years, Mars has existed as a hopeful "Planet B" a secondary option if Earth can no longer support us as a species. From science-fiction stories to scientific investigations, humans have considered the possibilities of living on Mars for a long time. A main staple of many Mars-colonisation concepts is terraforming a hypothetical process of changing the conditions on a planet to make it habitable for life that exists on Earth, including humans, without a need for life-support systems. Unfortunately, according to a new paper, with existing technologies, terraforming Mars is simply not possible.

Scientists researching on Mars point out that several million years ago Mars was warm and wet and at that there was a large blue fresh water lake. Huge underground aquifers of liquid water exist, according to a group of scientists, who say they have found convincing evidence. The underground lake hasnt been seen directly, but if its real, its a discovery that substantially increases the likelihood that the Red Planet might host life. Researchers detected the possible reservoir with the Mars Express Orbiter, a European spacecraft thats been orbiting Mars since 2003. While scanning the ice cap at Mars south pole, the probes radar instrument, called MARSIS, detected a feature about a mile underneath the surface that was about 12.4 miles wide. The structure has a radar signature that matches that of buried liquid water here on Earth, leading the team to conclude that theres a lake under the glacier. The researchers say theyve ruled out all other possibilities for what theyre seeing.

According to Loren Grush, in her article Scientists detect giant underground aquifer on Mars, raising hope of life on the planet (https://www.theverge.com/2018/7/25/17606966/mars-liquid-water-reservoir-) in 2015, the space agency announced that a bunch of bizarre dark streaks seen on Mars were likely made up of salty water. That was the first big confirmation that water exists as a liquid on Mars, which is remarkable when you consider that the planet has an average temperature of -80 degrees Fahrenheit. Salt in the water lowers its freezing point, allowing it to stay liquid in frigid conditions; scientists believe the salt probably comes from Martian rocks.

Other players for exploring Mars like China and United Arab Emirates (UAE) are also active with a resolve to seek the possibility of starting human life on the red planet. Drive to colonize Mars will further get an impetus because of over population, diminishing food and energy resources and worsening of global environment which will make human living on earth very difficult.

(The writer is Meritorious Professor of International Relations and former Dean Faculty of Social Sciences, University of Karachi. E.Mail: [emailprotected]).

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Boy with severe eczema begs to be ‘put into coma’ to escape pain of condition – Metro.co.uk

Posted: at 7:48 am

Barney Raes painful eczema (Picture: Mercury Press & Media)

A 14-year-old boy with severe eczema has begged to be placed into an induced coma to escape the pain of the skin condition.

Barney Rae, from Bristol, Avon, was diagnosed last year, and the eczema has left him covered head to toe in itchy rashes and unable to sleep.

Despite trying many different remedies some which mum Miranda, 50, claims left him looking like hed been in an acid attack Barney is still in agony, telling his mum that he cant deal with the pain anymore.

The single mum is now desperate to help her beloved son get back to his normal self, by raising money for urgent and fast-tracked treatment to calm his skin once and for all.

Miranda, a radio broadcast manager, said: Barney is at his wits end. He just wants to go to sleep and wake up when the eczema is all gone.

Hes even said to me that he wants to be put in an induced coma because the pain is that bad.

Hes got to the point where hes too scared to sleep. He scratches himself unknowingly when hes asleep and will wake up bleeding head to toe.

Mum Miranda has said the past 10 months have been torture for Barney, because of his sleep deprivation and the fact he even blames himself for his skin issues.

Its heartbreaking to see my child go through this, especially at an age where hes so aware of what he looks like, she said.

Because Barney is allergic to many ingredients in home remedies and over-the-counter creams, hes struggled to find relief from the itching and cracked skin.

Prescribed creams also left him red and in excruciating pain, and long NHS waiting lists mean the family are now looking at private options.

Miranda said: Its got to the point now where Im so worried about him. He never used to have eczema on his face until now its everywhere and hes so self conscious about it.

Weve been putting bandages on to help him stop scratching but one night he came into me shocked and it looked like he had seen a ghost.

He was shaking and bleeding from his neck downwards, saying he couldnt believe what hed done to himself.

Because of the exhaustion, he doesnt realise hes itching and scratching himself red raw. Its a completely uncontrollable urge.

The side effects both short term like nausea and sickness, and long term like brittle bones of his current medication are difficult to deal with.

Oral steroids and leukaemia drug, Methotrexate,can be dangerous for Barneys immune system, meaning he has to isolate while he takes them. And after he finishes courses of meds, he often finds that his skin goes back to how it was before.

Miranda has now set up a fundraiser to raise money for a private specialist medical consultation which costs 300, and means she will have to pay for any prescribed treatment.

She added: Ive got to do whatever I can to improve Barneys situation and Im willing to do whatever it takes.

I just want to see him back to his normal self and I would give anything to take it away.

Seeing your child suffer like this on a daily basis is horrific.

Donate to Barneys private eczema treatment here.

Do you have a story youd like to share?

Get in touch at MetroLifestyleTeam@metro.co.uk.

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Living with pets reduces future allergies in kids – Arkansas Online

Posted: at 7:48 am

Q: We have several cats, and we provide foster care for kittens from a rescue organization. I am pregnant with my first child, and we don't want our child to grow up allergic to cats. While our child is young, should we stop fostering and limit access to our family cats?

A: Quite the opposite. For years, physicians have recognized that allergies are rare in children who grow up on farms.

More recent studies have shown that pets inside the home protect children from allergies, and the protection increases with the number of pets.

One study followed nearly 1,300 children from age 6 months through 8 to 9 years. Researchers noted the number of cats and dogs in the home and tracked the children's allergy symptoms, including asthma, eczema and allergic rhinoconjunctivitis, a cause of sneezing, runny nose and itchy eyes.

Nearly half the children without pets developed allergies. Significantly fewer children who lived with pets from infancy experienced allergies as they grew up.

Having more pets in the home was associated with a lower incidence of allergy. Children who lived with five or more pets were generally free of allergies.

Intriguingly, these children were protected from animal and pollen allergies, suggesting that the children's immune systems learned to tolerate allergens from the animals themselves and the pollens they carried on their fur.

Thus, allowing your child to interact with the family cats and foster kittens will be like a vaccination that provides protection from allergies.

Q: Katie, my cocker spaniel, has goopy eyes. Her veterinarian diagnosed dry eye and prescribed an eye ointment. If her eyes are dry, why is there so much thick goop coming from her eyes? Please explain dry eye.

A: Dry eye, officially called KCS or Keratoconjunctivitis Sicca, is dryness (sicca) of the clear surface of the eye, called the cornea (kerato-), and the conjunctiva, with subsequent inflammation (-itis).

Katie's eyes exude the goop you describe because her tear glands no longer produce enough of the watery portion of her tears to balance the mucus and fat components of the tears.

Clinical signs include a thick ocular discharge; redness and swelling of the conjunctiva; a dry, lusterless cornea; and red blood vessels or dark pigmentation on the cornea. KCS induces pain, so most affected dogs squint.

The disease has many causes, including a genetic predisposition in some breeds, destruction of the tear glands by the immune system, damage to the nerves controlling the tear glands, hypothyroidism, diabetes, Cushing's disease, surgical removal of the tear gland on the third eyelid, some viral infections and some drugs.

The most common treatment is an eye drop or ointment that increases tear production, such as cyclosporin or tacrolimus. These medications minimize pain and manage the disease well, but they don't cure it, so lifelong therapy is required. Dogs with eye infections secondary to KCS also need an antibiotic eye drop or ointment until the infection clears.

In rare cases when these medications are not effective, surgical treatment is helpful.

Without adequate therapy, the pain of KCS continues, and many dogs lose their vision. So, if Katie's eyes don't return to normal and remain that way, ask your veterinarian to recheck her eyes or refer you to a veterinary ophthalmologist.

Lee Pickett, VMD, practices companion animal medicine in North Carolina. Contact her at

vet@askthevet.pet

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The chronic condition that has left Jessica a relative recluse – 9Honey

Posted: at 7:48 am

On paper Jessica Livingstone has a perfect life. She has a good job, a partner who loves her and while her choice of pets - chickens - is unusual, but chooks can be the most affectionate pets and to Jessica, 25, they are family.

Even her partner has become used to the feathered friends walking into the couple's home and jumping on Jessica for a cuddle.

But Jessica's life is anything but perfect. For as long as she can remember Jessica has suffered from debilitating eczema and a bone growth disorder that sometimes sees her scratch her skin raw.

"I remember my mother telling me when I was born I was purple for about three or four days," the Queensland woman tells 9Honey.

The purple pigment started to fade but Jessica's mother was told to keep an eye out for any other skin issues and it wasn't long before they presented themselves.

Eczema is more than just itchy, flaky skin.

"It messes around with everything," Jessica explains. "It messes around with your mental health and your day-to-day life. You don't feel like leaving the house because everyone stares at you. I can't war a bra because it is too uncomfortable, especially when I have rashes so I don't want to leave the house."

Even having to wear a face mask during the coronavirus pandemic has proved challenging for her sensitive skin. Thankfully she works outdoors as a heavy machine operator so doesn't typically have to wear a face mask on the job.

RELATED: 'If we have sex, we'll have to turn the lights off': Melbourne woman's experience of dating with eczema

"Also I get no sleep," she continues. "As soon as I get a rash my body temperature flares. I go from hot to cold to hot constantly. Some mornings I wake up in agony because I have spent the whole night scratching in my sleep, tearing up my body."

It's hard for Jessica to decide which is worse for her condition - summer or winter.

"During summer I scratch and sweat and my body temperature is high," she says. "So the scratching is continuous. In winter my skin is so dry no matter what I do, I can't keep on top of it. Wet wraps, lotion, it's never enough."

Her school days felt like torture.

"When I was in primary school I remember being bullied," she says. "Kids would say I've got a disease that is contagious and disgusting... constant stuff. Basically I didn't have any friends in primary school or high school."

After finishing school Jessica became used to going to work and then heading straight home to be alone.

"That's when the depression and anxiety kicked in."

It was finding her partner and her beloved chickens that helped her find the strength to continue on.

"I ended up finding different outlets [to deal with my depression] including gardening and my chickens, my girls, they changed my life."

Jessica says as soon as she gets home they "come running up to me."

"As soon as they hear the garage door go up they come running up as if to go, 'Where's the corn?'"

She's even started an Instagram account for her "girls" @behindthelivesofchickens.

Jessica has explored every single avenue for treatment for her condition and dermatologists have reached their limits as to what they can offer.

"I completely despise steroid creams," she says. Steroid creams for eczema are only recommended in the short term because they can thin the skin.

"If I use them long term I'm not going to have any skin layers left," Jessica explains.

Simple beauty treatments such as squeezing a pimple or waxing the hair under her arms and her legs results in skin coming off.

She's also lost most of her nails as a result of the condition.

Severe eczema, the kind that Jessica suffers from, is a severe auto immune condition. Out of options, a dermatologist suggested Jessica undergo chemotherapy which would serve to strip her body's immune system back and force it to rebuild, hopefully to a point that her skin settled.

"It hasn't worked yet," she says. "I feel really sick so I can't eat and my hair is falling out."

Jessica is worried she is out of options.

"It's terrifying, but I'm left with no option," says Jessica, whose skin is so delicate she can't even wear underwear when she has a flare up.

"The doctors say I'm a 'ticking time bomb' and my immune system is going into seventh gear, so it needs to be addressed now before everything else starts shutting down.

"I've tried everything bleach baths, UVB light treatment, steroids and so many different creams and ointments, but steroids no longer work and have totally ruined my skin and immune system.

"Oral steroids and creams used to calm my flares for a month or so, but now it's only for a week, two if I'm lucky, but they're damaging my skin, my eyes, my nails and hair.

"My eyes are getting so bad the sunlight tears them apart and makes it painful to see, and my skin and nails are so fragile they're tearing. I even have to wear gel nails so I don't rip my skin apart when I scratch."

Melody Livingstone, CEO of MooGoo, an Australian skincare range treating skin issues including eczema and psoriasis, says she's seen a dramatic rise in the number of people suffering from allergies and skin issues.

"Australia has one of the highest incidences of eczema in the world, and it is only getting worse 50 years ago, only one in 10 Australian children suffered from it," said Ms Livingstone

"Eczema can develop for a number of reasons, including climate, lifestyle, hygiene and genetics. The skin can easily become infected, causing pain, inflammation and lack of sleep," she says.

"Research shows the number of cases of eczema is on the rise worldwide, but we don't know why that is.

"There are more people with eczema than ever before - we're selling an eczema cream every two minutes.

"As there is no proven cure for eczema, psoriasis and dermatitis, education and keeping the symptoms under control is critical."

Jessica is sharing her story not only to raise awareness of chronic skin conditions such as hers, but also to raise the awareness of the extraordinary expense that comes from living with the disease.

"I spend $600 a month on skin products," she says. "It needs to be heavily subsidised. I remember my mum struggling to balance work and her income for food and rent and my skin products. It's expensive and doesn't work half the time so it's a waste."

Jessica doesn't qualify for disability payments and is working two casual jobs as often as her condition allows to pay for her ongoing treatments.

Jessica and her partner would like to start for children, but she has been told she needs to wait.

"My doctors have said we have to wait for at least two years as the treatment can cause miscarriages and defects in the baby," she says.

If you or someone you know is in need of support contact Lifeline on 13 11 14 or Beyond Blue on 1300 22 4636.

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#PulpNonFiction: Pragmatic protopias and why everyone is a futurist – Bizcommunity.com

Posted: at 7:42 am

Almost exactly a year since the launch of our weekly #PulpNonFiction column, we are proud to share with you the review of a book by the columnist herself. Read this week as Bronwyn Williams of Flux Trends shares The Future Starts Now, a co-written collection of essays celebrating futurists from all over the world.

Instead of reading someone elses book this week, Im revisiting a book I co-wrote myself, The Future Starts Now.

The Future Starts Now is a collection of essays from futurists from all over the world; with a simple challenge to you, the reader, to change the things that we wrote about that make you uncomfortable.

Because that is what we need right now. People brave enough to actually do something about what we see and know is going wrong in the world.

Postalgia is similar to nostalgia; however, where nostalgia is a hankering after the lost past, postalgia is a hankering after the lost future. Postalgia is, in other words, the sense that things right now are as good as they will ever get.

This increasingly prevalent pessimistic worldview is the result of the long slow decline in productivity and equality of progress we have seen in much of the developed world in recent decades. It is the result of the hopelessness of postmodernism; the pointlessness of existence without belief in anything beyond the here and now; the trap of being caught in the endless now. Postalgia is the curse of a civilization without a past it can be proud of and without a future worth believing in; a society left without any unifying grand narrative to follow or substantial positive vision to work towards.

Right now, the world is desperate for good public and private sector leaders with clear and desirable visions of what the future could and should be. Humans have a deep desire for something worth believing in, something worth working towards, something worth building together. This means the future is a huge source of competition for individuals and organisations with the courage and the competence to both imagine it and inspire others to help them build it. The future has to be imagined and articulated before it can be actualised. I believe that, with enough of us doing that imagining and articulating, we can come up with some better ideas than the ones currently lying around.

Of course, this vacuum of new and interesting future ideas is both an opportunity and a threat. It is certainly an opportunity because it is open for anyone to claim as the future is uncharted territory. This means that your ideas of the future should they be big and bold enough have, in theory, as much a chance of changing the world as anyone elses.

At the same time, however, it is a threat, in that the future is constantly at risk of being hijacked by the personal agendas of powerful corporations and individuals. Since one persons idea of utopia could very well be your or my idea of a perfect dystopia, we must include more individuals, more communities, and more companies in conversations about where the world is heading, and if this is, indeed, where we want to go at all.

Human progress is a team sport. More perspectives result in more ideas to solve the worlds wicked problems. More collaborative conscious design of preferable futures that address the unique needs of individuals and communities will result in more stable and more sustainable societies and more equitably distributed progress for humanity.

This means everyone, including you, can (indeed should) become a futurist and begin to explore the limits of what is possible and what is preferable for you, your organisation, your communities, your nation, and for human civilisation at large.

You do not require a degree in future studies or official certification to become a futurist.

All you require is an enquiring mind, the courage to ask questions, and the willingness to let go of the probable to imagine the possibilities.

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11-Year-Old Gets Physics Degree, Says He’ll Use It to Attain Technological Immortality – Futurism

Posted: at 7:42 am

"I want to be able to replace as many body parts as possible with mechanical parts."Getting Knowledge

A 11-year-old boy from Belgium just graduated from the University of Antwerp with a bachelors degree in physics, local newspaper De Telegraaf reports and with the highest distinction.

I dont really care if Im the youngest, Laurent Simons told the newspaper, as translated by Newsweek.Its all about getting knowledge for me.

Its an astonishing achievement and in an eyebrow-raising twist, Simons says he plans to live forever, by turning himself into a cyborg.

It sounds like Simons has thought out his plan.

This is the first puzzle piece in my goal of replacing body parts with mechanical parts, Simons told De Telegraaf, adding that his goal is immortality.

I want to be able to replace as many body parts as possible with mechanical parts, he added. Ive mapped out a path to get there. You can see it as a big puzzle.

To get started on his big puzzle a far cry from the jigsaw ones being put together by other children in his age group Simons is next looking to study quantum physics.

Two things are important in such a study: acquiring knowledge and applying that knowledge, Simons told the newspaper. To achieve the second, I want to work with the best professors in the world, look inside their brains and find out how they think.

Simons is only getting started in his studies.

This year, he also took some courses from the masters program. After the summer, he will officially start his masters degree, a spokesperson from the University of Antwerp told De Telegraaf.

READ MORE: Boy, 11, Becomes Second Youngest Graduate Ever, Plans to Make Humans Immortal[Newsweek]

More on physics: YouTuber Wins $10,000 Bet Against Physicist, Drives Wind-Powered Car

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