Google’s co-founder Sergey Brin has written about the threat and promise of artificial intelligence in his annual letter to shareholders. The Alphabet president says AI has brought about a ‘technology renaissance’ but says problems raised by this tech demand ‘serious thought and research.’
Apparently needs a lot of work before it can actually operate like a eel/snake. But, i’d wrap this up in skin so it could look like a snake/eel. Give it solar power skin so it could recharge its own batteries; maybe try to use that system that was supposed to be able to eat organic matter to convert into power. Then, put a bunch of sensors on it, and HD cameras for eyes, and rig it so it could transmit to satellites. And you have a pretty impressive drone that can operate in any body of water and on land close to water.
An innovative, eel-like robot developed by engineers and marine biologists at the University of California can swim silently in salt water without an electric motor. Instead, the robot uses artificial muscles filled with water to propel itself. The foot-long robot, which is connected to an electronics board that remains on the surface, is also virtually transparent.
The team, which includes researchers from UC San Diego and UC Berkeley, details their work in the April 25 issue of Science Robotics. Researchers say the bot is an important step toward a future when soft robots can swim in the ocean alongside fish and invertebrates without disturbing or harming them. Today, most underwater vehicles designed to observe marine life are rigid and submarine-like and powered by electric motors with noisy propellers.
“Instead of propellers, our robot uses soft artificial muscles to move like an eel underwater without making any sound,” said Caleb Christianson, a Ph.D. student at the Jacobs School of Engineering at UC San Diego.
Posted in robotics/AI
This month I’m participating in Cato Institute’s Cato Unbound discussion. Cato is one of the world’s leading think tanks. Here’s my new and second essay for the project:
Professor David D. Friedman sweeps aside my belief that religion may well dictate the development of AI and other radical transhumanist tech in the future. However, at the core of a broad swath of American society lies a fearful luddite tradition. Americans—including the U.S. Congress, where every member is religious—often base their life philosophies and work ethics on their faiths. Furthermore, a recent Pew study showed 7 in 10 Americans were worried about technology in people’s bodies and brains, even if it offered health benefits.
It rarely matters what point in American history innovation has come out. Anesthesia, vaccines, stem cells, and other breakthroughs have historically all battled to survive under pressure from conservatives and Christians. I believe that if formal religion had not impeded our natural secular progress as a nation over the last 250 years, we would have been much further along in terms of human evolution. Instead of discussing and arguing about our coming transhumanist future, we’d be living in it.
Our modern-day battle with genetic editing and whether our government will allow unhindered research of it is proof we are still somewhere between the Stone Age and the AI Age. Thankfully, China and Russia are forcing the issue, since one thing worse than denying Americans their religion is denying them the right to claim the United States is the greatest, most powerful nation in the world.
A general theme of government regulation in American science is to rescind red tape and avoid religious disagreement when deemed necessary to remain the strongest nation. As unwritten national policy, we broadly don’t engage science to change the human species for the better. If you doubt this, just try to remember the science topics discussed between Trump and Clinton in the last televised presidential debates. Don’t remember any? No one else does either, because mainstream politicians regretfully don’t talk about science or take it seriously.
In the not so distant future autonomous vehicles may rule the road. Could the ability of fish to swim together provide insights for engineers to make automated driving safer?
“One thinks about autonomous cars in isolation. But what is also important is the information which is being shared between cars,” Trevor Worthington, Shanghai-based vice president for product development at Ford Asia Pacific, told journalists this week at the Beijing auto show.
“For example, I’m a car driver now on the road, I don’t know whether it’s a dog or a person (in front of me). But that other car has a much better view and knows it’s a dog. So, if it was able to share information with me…” that could help avoid an accident, he said.
Another problem is that we still don’t have enough data about every compound, according to Wolverton, and a lack of data means algorithms aren’t very smart. That said, he and Mehta are now interested in using their method on other types of materials beside metallic glass. And they hope that one day, you won’t need a human to do experiments at all, it’ll just be AI and robots. “We can create really a completely autonomous system,” Wolverton says, “without any human being involved.
For hundreds of years, new materials were discovered through trial and error, or luck and serendipity. Now, scientists are using artificial intelligence to speed up the process.
Think Java code-completion on steriods
Code boffins at Rice University in Texas have developed a system called Bayou to partially automate the writing of Java code with the help of deep-learning algorithms and training data sampled from GitHub.
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