Muscles lead to robots — which could lead to humanity’s new best friend.
Looking back at vintage conceptions of the future can be interesting. Most depictions of the 2000s that were rendered in the 1800s or early 1900s come off as whimsical, because they’re so off-target. Illustrators in the past were often focused on transportation, military tactics, and domestic life, and they predicted everything from whale buses to Fallout -esque fashion. Some illustrated predictions, however, are eerily accurate.
In 1963, science fiction author Hugo Gernsback posed for Life Magazine wearing a fake mock-up of a tool featured in one of his stories. He called the contraption “TV glasses”. Considering them now, they look a lot like an oculus rift. Hugo told Life that users would one day watch television on screens so close to their eyes that they felt immersed in the action, effectively predicting the media’s recent preoccupation with virtual reality.
No one’s sure if Hugo also predicted immersive “action” of the pornographic kind, but that’s what technology’s up to now.
Researchers at the University of Florida have developed a new gene therapy that shows promise in fighting multiple sclerosis (MS). Testing the technique in mice, the team found that the treatment was effective in preventing animals from developing the mouse equivalent of the disease, and almost completely reversed the symptoms in those that were already suffering from it.
MS is a debilitating immunological disease where the body’s immune system mistakenly attacks myelin, the tissue that surrounds and protects nerves. Once damaged, the exposed nerves can effectively short-circuit, resulting in issues with muscles, vision, speech and motor control. Potential treatments being studied include training the body to better tolerate myelin, drugs that target the immune system’s B cells, blocking proteins that cause inflammation in the body, or even “rebooting” the entire immune system.
The easy way to lose weight!
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Gogoro, which wants to redefine urban transportation to make it more sustainable, announced today that it has raised a whopping $300 million to further its mission. New investors Temasek, Al Gore’s Generation Investment Management, Sumitomo Corporation, and ENGIE joined existing investors Dr. Samuel Yin, founder of the Tang Prize and chairman of Ruentex Group; Panasonic; and others.
Based in Taipei, Taiwan, Gogoro developed a cloud-powered battery-swapping network called the Gogoro Energy Network. The aim, according to cofounder and CEO Horace Luke, is to build an infrastructure model to power electric mobility.
“The smart connected infrastructure focuses on optimizing the Gogoro Energy Network to make sure that customers always have access to charged batteries,” Luke said in an interview with VentureBeat.
Innovation will do more good than harm, he says.
You know a topic is trending when the likes of Tesla’s Elon Musk and Facebook’s Mark Zuckerberg publicly bicker about its potential risks and rewards. In this case, Musk says he fears artificial intelligence will lead to World War III because nations will compete for A.I. superiority. Zuckerberg, meanwhile, has called such doomsday scenarios “irresponsible” and says he is optimistic about A.I.
But another tech visionary sees the future as more nuanced. Ray Kurzweil, an author and director of engineering at Google, thinks, in the long run, that A.I. will do far more good than harm. Despite some potential downsides, he welcomes the day that computers surpass human intelligence—a tipping point otherwise known as “the singularity.” That’s partly why, in 2008, he cofounded the aptly named Singularity University, an institute that focuses on world-changing technologies. We caught up with the longtime futurist to get his take on the A.I. debate and, well, to ask what the future holds for us all.