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Bioquark, a biotech company based in the United States, has been given the go-ahead to begin research on 20 brain-dead patients, in an attempt to stimulate and regrow neurons and, literally, bring the patients back from the dead.

The technique is new and untested so the study will likely be controversial. By implanting stem cells in the patient’s brain, in addition to treating the spinal cord with infusions of chemicals and nerve stimulation techniques (both of which have been shown to bring people out of comas), they hope to reboot the brain and jump-start neural activity.

The result could be people coming back to life.

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Researchers from The University of Manchester have shown it is possible to build a new super-fast form of computer that “grows as it computes”.

Professor Ross D King and his team have demonstrated for the first time the feasibility of engineering a nondeterministic universal Turing machine (NUTM), and their research is to be published in the prestigious Journal of the Royal Society Interface.

The theoretical properties of such a computing machine, including its exponential boost in speed over electronic and quantum computers, have been well understood for many years – but the Manchester breakthrough demonstrates that it is actually possible to physically create a NUTM using DNA molecules.

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In Brief In a new report, scientists detail that have have observed how cancer cells spread from the initial tumor to the bloodstream. This development could allow us to better understand cancer and, thus, how to fight it.

In what could be a major step forward in our understanding of how cancer moves around the body, researchers have observed the spread of cancer cells from the initial tumour to the bloodstream.

The findings suggest that secondary growths called metastases ‘punch’ their way through the walls of small blood vessels by targeting a molecule known as Death Receptor 6 (no, really, that’s what it’s called). This then sets off a self-destruct process in the blood vessels, allowing the cancer to spread.

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Scientists have taken a major step forward in developing complex artificial life, by successfully synthesising six out of 16 yeast chromosomes – the molecular structures that carry genes.

This means they’re more than one-third of the way to being able to build their own custom-made yeast genomes from scratch, which would be a huge moment in the field of developing lab-made lifeforms.

The research is being carried out by the hundreds of scientists who make up the Synthetic Yeast Genome Project, and they estimate that the artificial yeast genome could be completed within the next year.

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A few stories my futurist work is newly showing up in: http://all.true-news.info/three-innovations-that-will-eventually-replace-sex/ &

https://www.bioedge.org/bioethics/a-quick-look-at-immortality/12195 &

https://technologybux.com/transhumanism-may-become-future-humanity/


In the near future will be a new sexual revolution. According to scientists, there will be innovations that will fundamentally change the idea about sex and its role in society.

Unique contraception

Vasalgel is a contraceptive for men. This drug is administered into human body by injection of the gel. It covers the channels through which the sperm travels to the male sex organ. The effect of the drug can be stopped. You just do one more injection of the substance. It will ruin a gel seminiferous tube threads.

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More news on the new #transhumanism book just out: To Be a Machine. http://www.signature-reads.com/2017/03/7-best-books-artificial-intelligence/ & https://undark.org/article/30154-2/ & http://bookforum.com/blog/17478


Decades ago, if you were writing about robots, it was probably in one of two forms: either a science fiction narrative, or something short about the handful of robots that could be purchased for home or recreational use. Now things have changed. Home devices can recognize and respond to speech, prosthetic technology has been dramatically advanced, and our very understanding of what constitutes a robot has significantly changed.

With these advances in technology have come other questions, some pertaining to the nature of intelligence, some relating to the lines between humanity and machines, and still more that use our research into robotics to explore what makes us human. So, with that in mind, here’s a look at a handful of the best books on artificial intelligence, dealing with questions of robots, body modification, the Singularity, and more. Crank up Flight of the Conchords’s song set after a robot uprising and dig in.

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Transhumanism appearing in the American Association for the Advancement of Science’s (AAAS) magazine: Science…


Modern technology and modern medical practice have evolved over the past decades, enabling us to enhance and extend human life to an unprecedented degree. The two books under review examine this phenomenon from remarkably different perspectives.

Mark O’Connell’s To Be a Machine is an examination of transhumanism, a movement characterized by technologies that seek to transform the human condition and extend life spans indefinitely. O’Connell, a journalist, makes his own prejudices clear: “I am not now, nor have I ever been, a transhumanist,” he writes. However, this does not stop him from thoughtfully surveying the movement.

The book mostly comprises O’Connell’s encounters with transhumanist thought leaders in an assortment of locales ranging from lecture halls to Silicon Valley start-ups to transhumanist conferences and even the campaign trail, where O’Connell interviews Zoltan Istvan, a transhumanist and 2016 U.S. presidential candidate whose goal is “to promote investment in longevity science.”

O’Connell’s interaction with Max More, the president and CEO of the Alcor Life Extension Foundation, the world’s largest commercial cryopreservation facility, is particularly timely, because the legal, social, and ethical issues related to cryopreservation are far from settled. Likewise, as O’Connell notes, the promise of cryonics relies on the improbable notion that science will someday enable reanimation.

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