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Immortality, Cryogenics and UBI: How The Crypto Rich Influence Science

The rise of cryptocurrency is changing the philanthropic world by causing the redistribution of wealth from old money to visionary innovators and early tech adopters. The new crypto rich invest their donations by supporting scientific research in groundbreaking fields that may one day enable humanity to cure aging, reverse death and completely change the relationship between work and income.

Also Read: How Does a Country Do an ICO? They Call It QE

Examining the record of donations made by the crypto rich reveals a pattern of support for goals that others may feel belong in the pages of science fiction novels. Having benefited greatly from recognizing the potential of peer to peer electronic cash earlier than the masses, it is no surprise that they have great optimism in the power of technology to radically change our lives for the better.

Can We Capture Energy From a Hurricane?

As destructive natural phenomena go, hurricanes are among the heavyweights. If not for the gale-force winds and resulting projectile debris, then for the massive flooding that results when one makes landfall and stalls out, a hurricane is a nasty piece of work. Just ask the residents of the coastal Carolinas and Georgia this week as they wring themselves out from Hurricane Matthew’s weekend deluge.

Vortex ring gun

Could be used for fires aswell.


The vortex ring gun is an experimental non-lethal weapon for crowd control that uses high-energy vortex rings of gas to knock down people or spray them with marking ink or other chemicals.

The concept was explored by the US Army starting in 1998, and by some commercial firms. Knockdown of distant individuals currently seems unlikely even if the rings are launched at theoretical maximum speed.[1] As for the delivery of chemicals, leakage during flight is still a problem.[ citation needed ]

Weapons based on similar principles but different designs and purposes have been described before, typically using acetylene-air or hydrogen–oxygen explosions to create and propel the vortices.[2].

Vaccine against deadly superbug Klebsiella effective in mice

Scientists have produced and tested, in mice, a vaccine that protects against a worrisome superbug: a hypervirulent form of the bacteria Klebsiella pneumoniae. And they’ve done so by genetically manipulating a harmless form of E. coli, report researchers at Washington University School of Medicine in St. Louis and VaxNewMo, a St. Louis-based startup.

Klebsiella pneumoniae causes a variety of infections including rare but life-threatening liver, respiratory tract, bloodstream and other infections. Little is known about how exactly people become infected, and the bacteria are unusually adept at acquiring resistance to antibiotics. The prototype , details of which are published online Aug. 27 in Proceedings of the National Academy of Sciences, may offer a way to protect people against a lethal infection that is hard to prevent and treat.

“For a long time, Klebsiella was primarily an issue in the hospital setting, so even though was a real problem in treating these infections, the impact on the public was limited,” said co-author David A. Rosen, MD, Ph.D., an assistant professor of pediatrics and of molecular microbiology at Washington University. “But now we’re seeing Klebsiella strains that are virulent enough to cause death or severe disease in healthy people in the community. And in the past five years, the really resistant bugs and the really virulent bugs have begun to merge so we’re beginning to see drug-resistant, hypervirulent strains. And that’s very scary.”

Ohio university pharmacy students develop new drug to treat aggressive brain cancer

FINDLAY, Ohio — Pharmacy students at the University of Findlay believe they’ve developed a new drug that could target the most aggressive form of cancer occurring in the brain.

The oral compound, RK15, targets glioblastomas, an aggressive brain cancer. The disease has a 10 percent, five-year survival rate.

If it’s successful, the medication would remove the need for risky medical procedures which require physical access to brain tissue, according to the University of Findlay.

This Giant AI Chip Is the Size of an iPad and Holds 1.2 Trillion Transistors

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