Explaining how the new FC 24 Radioactive player items attribute squad and player chemistry in Ultimate Team.

Players are dying to dive into the gore fest that is Mortal Kombat 1. Here's how long they'll have to wait.

Micron Technology Inc. promised to invest another 4.3 billion yuan ($602 million) in its Chinese chip-packaging plant, a

An eruption of memecoins and nonfungible tokens on the Bitcoin blockchain has reshaped the revenue profile of miners

Scientists have invented a type of electronic skin that can “talk directly to the brain”, allowing amputees to feel a human-like sense of touch through prosthetic limbs. The ground-breaking artificial skin is embedded with sensors for temperature, pressure and strain, which are converted into electrical signals – similar to how nerve impulses communicate with the brain. The wearable electronic circuit, known as a monolithic e-skin, was developed by a team from Stanford University, who detailed their breakthrough in a study published in the journal Science. Stanford University’s Zhenan Bao, who was a senior author of the study, told The Independent that the next-generation technology could also be used to feel objects and sensations while controlling a robotic limb remotely. “We’ve been working on a monolithic e-skin for some time,” Professor Bao said. “The hurdle was not so much finding mechanisms to mimic the remarkable sensory abilities of human touch, but bringing them together using only skin-like materials.” Weichen Wang, a doctoral candidate in Bao’s lab, added: “Much of that challenge came down to advancing the skin-like electronic materials so that they can be incorporated into integrated circuits with sufficient complexity to generate nerve-like pulse trains and low enough operating voltage to be used safely on the human body.” A prototype of the e-skin, which is about the thickness of a piece of paper, is the first to combine all the desired electrical and mechanical features of human skin in a soft and durable form. The team now plans to increase the scalability of the technology and develop an implantable chip to allow wireless communication through the body’s peripheral nerve. Other recent research into electronic skin has focussed on robotics, aiming to provide robots with sensory feedback and physical self-awareness. A team from the University of Edinburgh unveiled a device earlier this year that offered perceptive senses “similar to those of people and animals”. A separate study in 2023 from engineers at the California Institute of Technology (Caltech) outlined a type of artificial skin capable of sensing toxic chemicals, which could allow robots to detect anything from pollution in rivers to nerve agents and biohazards. Read More AI robots figure out how to play football in shambolic footage Scientists develop device that allows amputees to feel warmth in phantom hand Charting the controversial rise of the world’s most popular app Montana TikTok ban ‘unconstitutional’ and ‘impossible to enforce’

India plans to reopen the application process for $10 billion in incentives and assistance intended to encourage the

It's the end of an era, at least for Mac gamers. On Feb. 15, 2024,

TAIPEI, Taiwan--(BUSINESS WIRE)--May 11, 2023--

Astronomers have just found out what planet in the universe is most dazzling and it is probably one you have never heard of. Looking at how much planet's clouds reflect sunlight back into space, astronomers have found a planet called exoplanet LTT9779b which reflects 80 per cent of the starlight it receives, making it the shiniest known planet in the universe. LTT9779b is slightly heavier and slightly larger than Neptune, and it is reflective because of the metallic glassy clouds that make up its atmosphere. Sign up to our free Indy100 weekly newsletter “Imagine a burning world, close to its star, with heavy clouds of metals floating aloft, raining down titanium droplets,” co-author James Jenkins, an astronomer at Diego Portales University and CATA (Santiago, Chile), said in a statement. Vivien Parmentier, a researcher at the Observatory of Côte d’Azur (France) and co-author of the study added: "LTT9779 b can form metallic clouds despite being so hot because the atmosphere is oversaturated with silicate and metal vapours.” So there you have it. Shame it doesn't have a very catchy name. Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

HENDERSON, Nev.--(BUSINESS WIRE)--Jun 6, 2023--

Coinbase Global Inc. gains as much as 13% on Tuesday, trading at its highest intraday level since August

Nvidia has been dominating the market for chips capable of training generative AI programs, but