Innovative transistor paves the way for advanced neuromorphic computing
Researchers from Japan have made significant progress in the field of neuromorphic computing by developing a redox-based ion-gating transistor as a reservoir system.
This breakthrough...
Scientists find a faster, cheaper way to train large language models (LLMs)
A team of researchers from Stanford University has developed an innovative method called Sophia, which significantly improves the pretraining process of large language models...
How to teach AI chatbots not give funny answers
In the world of artificial intelligence, there's been a lot of buzz about language models like ChatGPT, an AI capable of communicating like a...
Scientists develop a powerful, miniature photonic chip
Scientists from the University of Rochester's Hajim School of Engineering & Applied Sciences have made a major leap in quantum computing.
Computer glitches are eating up our time: researchers advocate for more user-friendly systems
New research coming out of Denmark reveals an interesting yet frustrating truth: we are wasting 11%–20% of our time on computer problems.
Despite having better...
Scientists create powerful tool to assess cybersecurity methods
MIT researchers have developed a powerful tool called Metior that can help engineers and scientists assess the effectiveness of obfuscation schemes in computer security.
These...
How AI sees the world and why it might mistake an astronaut for a...
Have you ever wondered why artificial intelligence (AI) systems can recognize faces better than humans but make surprising mistakes like confusing an astronaut for...
Awesome wooden robot hands could change the future
Scientists have just developed one that could change the future of robotics. It's not just any robot, but a wooden robotic gripper.
Scientists make a quantum computing leap with a magnetic twist
Imagine having a computer so powerful that it's exponentially faster than anything we've got today - from high-tech laboratories' supercomputers to smartphones in our...
Attackers can break voice authentication with 99% success within six tries, shows study
A method of attack that can successfully bypass voice authentication security systems with up to a 99% success rate after only six tries.