This week – Gartner’s Hype Cycle 2018; OpenAI reflects on DotA 2 championships; exoskeletons are going mainstream; the security problem in robotics; and more news and articles about transhumanism, AI and robotics!
Gartner released this year’s Hype Cycle. As they wrote, we see a “widespread artificial intelligence, biohacking, new platforms and immersive experiences dominate this year’s Gartner Hype Cycle”.
More than a human
Exoskeleton, one of the technology we could only see in science fiction, is becoming a reality. They are starting slowly to show up in factories (Ford recently introduces exoskeletons in their factories). We also see exoskeleton used in rehabilitation. And also in the military. More details about the current state of exoskeletons can be found in this article.
Cambridge University spin-out Cambridge Bio-Augmentation Systems (CBAS), has partnered with Nvidia to bring AI-powered edge-computing to the most powerful communication network: the nervous system. CBAS – cofounded by computational neuroscience researcher Emil Hewage and bioengineer Oliver Armitage – is on a mission to create the broadband connection for the body.
A beautiful example of how technology can bring joy. Good job, OpenBionics!
Last week, OpenAI was competing in DotA2 world championships. Their team of bots named OpenAI Five lost two games and had to admit the superiority of the top human players. In this post, OpenAI reflects on the tournament and shares lessons learnt.
Do you want to build artificial general intelligence? Then you need to learn computer science, mathematics, engineering, philosophy of mind, linguistics, neuroscience, and more, says Ben Goertzel in this video.
Are you a terrible dancer? Do you want to change that and prove everyone on Instagram/Snapchat that you can dance? I have an AI for you! It combines moves of a dancer with your footage and makes you dance like a pro. Video proof in the link.
Here’s a problem to think about. You have created the world’s first artificial general intelligence (AGI)- a truly intelligent computer that could pass as human in terms of cognitive ability or emotional intelligence. AGI would be creative and find links between disparate ideas — things no computer can do today. But there is a catch – your AGI system is evil or could only be used for malicious purposes. What would you do?
Last year, China’s government put out its plan to lead the world in AI by 2030. And China is working hard towards achieving this goal. A combination of abundant data, hungry for success entrepreneurs, growing AI expertise and mass government funding and support makes a perfect environment for AI advances.
Let’s face it, we are pretty terrible at making choices that are good for us in the long term. People have carved away rainforests and other ecosystems to harvest raw materials, unaware of (or uninterested in) how they were contributing to the slow, maybe-irreversible degradation of the planet overall. Maybe AI would be better, argues Tomas Mikolov.
As robots become more and more popular, a question of security arises. How easy is it to hack a robot? Some researchers asked themselves this question and they found out that it is actually quite easy. Many robots, especially in research, are not designed with security in mind. I hope roboticists will take security seriously before something bad happens and they will be forced to think about securing their robots.
Robots are invading hospitals. Some of them roam through the hospital corridors delivering medicines. Other are helping surgeons. Here are some of the robots that you might encounter is some hospitals.
Rural communities in Japan are facing a labor shortage as farmers age and young people move to urban areas. The drones, which fly over fields quickly performing tasks strenuous to farmers, may be one part of how farms in the aging rural heartland can adapt.
Human-robot hybrids are advancing quickly, but the applications aren’t just for complete synthetic humans. There’s a lot we can learn about ourselves in the process. Hank Green from SciShow explains the new field of biohybrid robotics in this video.
Scientists in the US may be out in front developing the next generation of CRISPR-based genetic tools, but it’s China that’s pushing those techniques toward human therapies the fastest. Chinese researchers were the first to CRISPR monkeys, and non-viable embryos, and to stick CRISPR’d cells into a real live human. And now, a team of scientists in China have used a cutting-edge Crispr technique, known as base editing, to repair a disease-causing mutation in viable human embryos.