“The point of this excursion into tech history is that a technology often produces its best results just when it’s ready to be replaced — it’s the best it’s ever been, but it’s also the best it could ever be.”
My new Vice Motherboard article on environmentalism and why going green isn’t enough. Only radical technology can restore the world to a pristine condition—and that requires politicians not afraid of the future:
I’m worried that conservatives like Cruz will try to stop new technologies that will change our battle in combating a degrading Earth
But there are people who can save the endangered species on the planet. And they will soon dramatically change the nature of animal protection. Those people may have little to do with wildlife, but their genetics work holds the answer to stable animal population levels in the wild. In as little as five years, we may begin stocking endangered wildlife in places where poachers have hunted animals to extinction. We’ll do this like we stock trout streams in America. Why spend resources in a losing battle to save endangered wildlife from being poached when you can spend the same amount to boost animal population levels ten-fold? Maye even 100-fold. This type of thinking is especially important in our oceans, which we’ve bloody well fished to near death.
Getting beyond the commercial space hype; will the new captains of the space industry really bring about interplanetary commerce? Here’s my take with views from two execs at The Space Frontier Foundation.
The entrepreneurial captains of the new commercial space frontier are sometimes brash, sometimes brazen, and often larger than life. But are they really going to get us beyond low-Earth orbit (LEO)?
For those of us who grew up in an era when NASA budgets were a tenet of Cold War geopolitics, it’s understandable that we approach this new phase of private space funding with a mixture of excitement and trepidation. But are we Apollo-ites simply being too skeptical?
Continue reading “Can Commercial Space Really Get Us Beyond Low-Earth Orbit?” »
Tomorrow’s cars will be all-electric, self-driving, connected to high-speed communications networks … and free.
And probably Chinese.
That, at least, is the vision of Jia Yueting, a billionaire entrepreneur and one of a new breed of Chinese who see their technology expertise re-engineering the automobile industry, and usurping Tesla Motors, a U.S. pioneer in premium electric vehicle (EV) making.
Continue reading “Chinese Billionaire Taking on Tesla With Cars He Hopes One Day Will Be Free” »
Companies from Detroit and Silicon Valley are teaming up to urge lawmakers to put self-driving cars on the street as fast as they can. Companies believe the technology can save many of the 33,000 who die in car accidents, although thousands of jobs may be lost.
Titled the Self-driving Coalition for Safer Streets, the new lobbying group is composed of Google, Ford, Uber, Volvo, and Lyft. The group’s entire goal is to advocate for self-driving technology at the federal level.
Former administration of the National Highway Traffic Safety Administration (NHTSA), David Strickland, will be leading the group.
Nice
WASHINGTON — NASA is aiming to send astronauts to Mars sometime in the 2030s, but a new technology could help scientists explore the surface of the Red Planet — from its sprawling craters to its enormous volcanoes — from right here on Earth.
Researchers at NASA’s Jet Propulsion Laboratory (JPL) in Pasadena, California, partnered with Microsoft to develop software that uses the tech giant’s HoloLens headsets to allow scientists to virtually explore and conduct scientific research on Mars.
Continue reading “Mars Comes to Earth: Scientists ‘Visit’ Red Planet with Augmented Reality” »
Nano-particles to treat Acute Myeloid Leukaemia.
A new therapeutic strategy for treating Acute Myeloid Leukaemia could involve using nano-particles to deliver a genetic molecule to fight the disease.
The nanoparticles carrying microRNA miR-22, (a small non-coding RNA molecule that regulates gene expression), showed therapeutic potential in mouse models of Acute Myeloid Leukemia (AML).
Continue reading “Nanoparticles may help treat blood cancer” »
