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Nov 4, 2018
Investors are pouring money into startups that are trying to find a cure for aging
Posted by Edward Futurem in categories: biotech/medical, economics, life extension
Active discussion on tne most effective technologies in comments to this page post. Number one is blood plasma-derived therapy.
Money has been pouring into startups researching longevity as treatments for aging become more of a reality. Here are the venture funds and pharma companies placing bets.
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Nov 4, 2018
The Big Bang Wasn’t The Beginning, After All
Posted by Michael Lance in category: cosmology
Nov 4, 2018
ANYmal robot tested on offshore platform
Posted by Klaus Baldauf in category: robotics/AI
Elon Musk is an engineer at heart, a tinkerer, a problem-solver—the kind of person Popular Mechanics has always championed—and the problems he’s trying to solve are hard. Really hard. He could find better ways to spend his money, that’s for sure. And yet there he is, trying to build gasless cars and build reusable rockets and build tunnels that make traffic go away. For all his faults and unpredictability, we need him out there doing that. We need people who have ideas. We need people who take risks.
We need people who try.
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Nov 4, 2018
Your Cell Phone Could Cause Cancer — Under Very Specific Conditions
Posted by Victoria Generao in categories: biotech/medical, mobile phones
Nov 4, 2018
Mining for Rocket Fuel on the Moon
Posted by Klaus Baldauf in categories: solar power, space, sustainability
Over the past few months, I was part of a study funded by the United Launch Alliance and supported by a large group of technologists to determine if we can mine water on the Moon and turn it into rocket fuel, and to do it economically. The final report can be downloaded here.
Why Mine Water on the Moon?
The lunar water would be launched off the Moon and delivered to a “gas station” in Earth orbit. This propellant depot will use solar energy to turn the water into rocket fuel. Then, space tugs can refill their tanks so they can repeatedly boost spacecraft from Geosynchronous Transfer Orbit (GTO) (where the launch rocket throws them) into Geosynchronous Orbit (GEO) where they can begin operating.
