Posted in futurism
This is an interesting concept and isn’t without controversy but I hope they succeed in building this. It sets a precedent if successful.
Join renowned physicist and best-selling author Professor Michio Kaku on his visit to THE LINE at #NEOM.
With him as your guide, take a tour into how our revolutionary city will tackle the traditional urban challenges of traffic, pollution and overcrowding.
The research, which was published today in Nature Communications, is a joint effort by experts from the University of Sydney and the University of California at Los Angeles.
The artificial brain is made of nanowire networks, tiny wires a billion times smaller than a meter. The cables form random patterns that look like the game ‘Pick Up Sticks,’ but they also act like the neural networks in our brains. These networks can process information in different ways.
Are you captivated by the enigma of consciousness? Intrigued by the complexities of the human mind? Or perhaps, you’re just a seeker, thirsty for knowledge that lies beyond conventional wisdom? As a futurist, evolutionary cyberneticist, and philosopher of mind, I invite you on a mind-bending, soul-stirring expedition with a just-released remastered version of my documentary film Consciousness: Evolution of the Mind (TV-PG). Watch it now in its entirety on YouTube (Ecstadelic Media channel)!
#consciousness #evolution #mind #documentary #film
Consciousness: Evolution of the Mind (2023 | Remastered)
IMDb-accredited film, rated TV-PG
The biggest companies in AI aren’t interested in paying to use copyrighted material as training data, and here are their reasons why.
The US Copyright Office is taking public comment on potential new rules around generative AI’s use of copyrighted materials, and the biggest AI companies in the world had plenty to say. We’ve collected the arguments from Meta, Google, Microsoft, Adobe, Hugging Face, StabilityAI, and Anthropic below, as well as a response from Apple that focused on copyrighting AI-written code.
There are some differences in their approaches, but the overall message for most is the same: They don’t think they should have to pay to train AI models on copyrighted work.
The Copyright… More
‘Prompt injection’ attacks haven’t caused giant problems yet. But it’s a matter of time, researchers say.
Imagine a chatbot is applying for a job as your personal assistant. The pros: This chatbot is powered by a cutting-edge large language model. It can write your emails, search your files, summarize websites and converse with you.
The con: It will take orders from absolutely anyone.
AI chatbots are good at many things, but they struggle to tell the difference between legitimate commands from their users and manipulative commands from outsiders. It’s an AI Achilles’ heel, cybersecurity researchers say, and it’s a matter of time before attackers take advantage of it.
The term artificial airglow describes the intentional augmentation or production of atmospheric airglow which is the earth’s atmosphere’s natural light emission. This phenomenon, which can be seen at different altitudes, is brought on by solar and cosmic radiation interacting with atmospheric molecules like oxygen and nitrogen. The dim, diffuse, and typically greenish light produced by artificial airglow is most noticeable at night and has long been studied for its unique celestial properties.
Four days of research and experimentation
Now, the high-frequency radio wave transmitter called the High-Frequency Active Auroral Research Program (HAARP) facility in Alaska will create the phenomenon in the sky for four days starting from Saturday in order to conduct experiments on the ionosphere, a region of our planet’s upper atmosphere that contains a high concentration of ions and free electrons and extends from about 30 miles (50 kilometers) above the earth’s surface to several hundred miles in altitude.
Scientists showcased the application of machine learning in the sodium-cooled fast reactor (SFR).
Machine learning technology has the potential to transform nuclear reactor operations, according to a team of experts from the US Department of Energy’s Argonne National Laboratory, who demonstrated how it may improve security and efficiency.
They showcased the application of machine learning in the sodium-cooled fast reactor (SFR), a specialized cutting-edge nuclear reactor.
The new material is highly scalable especially compared to other alternatives such as graphene and diamonds.
Researchers at Delft University of Technology have created a novel material that has a yield strength ten times higher than Kevlar, rivaling the strength of other super strong alternatives such as graphene and diamonds.
High-strength synthetic fibers like Kevlar are renowned for their remarkable resilience to abrasion and wear. They are most notably used in applications that are reinforcing and strengthening, particularly in body armor, helmets, and other protective gear.
In the future, it could facilitate an even greater fusion between retinal implants and the human body.
A multinational group lead by Francesca Santoro, a researcher at Jülich, has created an intelligent biochip that effectively mimics the human retina, opening up new possibilities in bioelectronics.
The retina is a layer of neural tissue located at the back of the eye that plays a crucial role in the visual process. This key part of the eye is in charge of translating light into electrical signals that are transmitted to the brain, enabling us to see and understand images. It is this process that the new biochip recreates.
NASA official says the ISS may not be retired in 2030 if commercial space stations are not ready.
NASA has hinted that it may extend the life of the International Space Station (ISS) beyond 2030 if there are no viable alternatives in the form of commercial space stations.
As per SpaceNews, Ken Bowersox, NASA associate administrator for space operations, said at the Beyond Earth Symposium on November 2 that the agency was flexible about the future of the ISS and would only retire it once there were new platforms to replace it.
