ABB
This is according to a press release by ABB published on Tuesday.
Category: robotics/AI – Page 923
Circa 2020
Imagine a dressing that releases antibiotics on demand and absorbs excessive wound exudate at the same time. Researchers at Eindhoven University of Technology hope to achieve just that, by developing a smart coating that actively releases and absorbs multiple fluids, triggered by a radio signal. This material is not only beneficial for the health care industry, it is also very promising in the field of robotics or even virtual reality.
TU/e-researcher Danqing Liu, from the Institute of Complex Molecular Systems and the lead author of this paper, and her PhD student Yuanyuan Zhan are inspired by the skins of living creatures. Human skin secretes oil to defend against bacteria and sweats to regulate the body temperature. A fish secretes mucus from its skin to reduce friction from the water to swim faster. Liu now presents an artificial skin: a smart surface that can actively and repeatedly release and reabsorb substances under environmental stimuli, in this case radio waves. And that is special, as in the field of smart materials, most approaches are limited to passive release.
The potential applications are numerous. Dressings using this type of material could regulate drug delivery, to administer a drug on demand over a longer time and then ‘re-load’ with a different drug. Robots could use the layer of skin to ‘sweat’ for cooling themselves, which reduces the need for heavy ventilators inside their bodies. Machines could release lubricant to mechanical parts when needed. Or advanced controllers for virtual reality gaming could be made, that get wet or dry to enhance the human perception.
The basis of the material, the coating, is made of liquid-crystal molecules, well-known from LCD screens. These molecules have so-called responsive properties. Liu: “You could imagine this as a communication material. It communicates with its environment and reacts to stimuli.” With her team at the department of Chemical Engineering and Chemistry she discovered that the liquid-crystal molecules react to radio waves. When the waves are turned on, the molecules twist to orient with the waves’ direction of travel.
CEO Jensen Huang’s big bet on AI went from hand-delivering processors to Elon Musk and Sam Altman in 2016 to joining today’s alpha pack of Silicon Valley. He is worth close to $40 billion.
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Tesla CEO Elon Musk thinks the automaker’s market capitalization is directly tied to whether the automaker is able to solve autonomous driving.
It seems that Google doesn’t trust any AI chatbot, including its own Bard AI bot. In an update to its security measures, Alphabet Inc., Google’s parent company has asked its employees to keep sensitive data away from public AI chatbots, including their own Bard AI.
According to sources familiar with the matter, Alphabet Inc, the parent organisation of Google, is advising its employees to be cautious when using chatbots, including its own program called Bard, even as it continues to promote the software globally.
The company has updated a longstanding policy to protect confidential information, instructing employees not to input sensitive materials into AI chatbots. These chatbots, such as Bard… More.
Current artificial intelligence systems like ChatGPT do not have human-level intelligence and are not even as smart as a dog, Meta’s AI chief Yann LeCunn said. LeCun talked about the limitations of generative AI, such as ChatGPT, and said they are not very intelligent because they are solely trained on language.
Meta’s LeCun said that, in the future, there will be machines that are more intelligent than humans, which should not be seen as a threat.
Current artificial intelligence systems like ChatGPT do not have human-level intelligence and are barely smarter than a dog, Meta’s AI chief said, as the debate over the dangers of the fast-growing technology rages on.
Meta’s AI chief said the company is working on training AI on video, rather than just on language, which is a tougher task.
In another example of current AI limitations, he said a five-month-old baby would look at an object floating and not think too much of it. However, a nine-month year old baby would look at this item and be surprised, as it realizes that an object shouldn’t float.
LeCun said we have “no idea how to reproduce this capacity with machines today. Until we can do this, we are not going to have human-level intelligence, we are not going to have dog level or cat level [intelligence].”
A video worth watching. An amazingly detailed deep dive into Sam Altman’s interviews and a high-level look at AI LLMs.
Missed by much of the media, Sam Altman (and co) have revealed at least 16 surprising things over his World Tour. From AI’s designing AIs to ‘unstoppable opensource’, the ‘customisation’ leak (with a new 16k ChatGPT and ‘steerable GPT 4), AI and religion, and possible regrets over having ‘pushed the button’.
I’ll bring in all of this and eleven other insights, together with a new and highly relevant paper just released this week on ‘dual-use’. Whether you are interested in ‘solving climate change by telling AIs to do it’, ‘staring extinction in the face’ or just a deepfake Altman, this video touches on it all, ending with comments from Brockman in Seoul.
I watched over ten hours of interviews to bring you this footage from Jordan, India, Abu Dhabi, UK, South Korea, Germany, Poland, Israel and more.
Altman Abu Dhabi, HUB71, ‘change it’s architecture’: https://youtu.be/RZd870NCukg.
These are the type of applications I find super intriguing about what AI can help us discover…I wanna know how/why the pyramids of Giza were constructed 🙂.
These giant geoglyphs have been hiding in plain sight for millennia. Thanks to AI, we’ve finally discovered them!
Much like artificial intelligence, quantum computing has the potential to transform many industries. But a cybersecurity threat looms large.
Big companies aren’t so willing to share proprietary data with startups looking to power their large-language models.