computing

Like Meta before it, Google is allowing outside programmers to access its AI code—but not the complete powerful system. Google just released the computer code powering its online chatbot, stating that the benefits outweighed the risks of…

Insect brains aren't big. In fact, they're about the size of a pinhead. Could studying insect navigation and behavior help us get to energy-efficient computing by way of robots? It's not really a straight line, is it? But it is... and it…

 “Mixed reality” AKA “spatial computing” headsets combine the real world with digital content. Using passthrough video that blocks out all light, users rely on headset cameras to take in the external world via real-time video playing on…

There’s a new way to identify security weaknesses and vulnerabilities to account takeover attacks, where hackers gain unauthorized access to online accounts. According to Dr Luca Arnaboldi, from the University of Birmingham's School of…

Where was DeepMind when I was knee-deep in my college geometry class—a class I would likely not have passed if my teacher hadn't included a student's effort as part of the score, even if my conclusion was wrong? Now, Google’s DeepMind AI…

Google appeared before a federal jury in Boston, arguing against a computer scientist's claims that it should pay his company $1.67 billion for infringing patents. The alleged infringing patents cover processors used by Google to power its…

DigiKey announced that the EFUSE-48V100A reference design from Vishay is now available globally from DigiKey. The eFuse features TrenchFET MOSFETs and handles continuous current up to 100 amps. Operating continuously at maximum current with…

There is a major push for using AI in real-time brain-computer interfaces. To that end, researchers at the USC Center for Neurotechnology have developed an advanced deep-learning method for brain signals that can perform real-time decoding…

When you look up at a dark sky and see clouds of unique shapes or struggle to peer through the dense, hazy fog, it’s due to ‘Mie scattering’ and happens as light interacts with particles of a specific size. Researchers from Osaka…

The integration of 2D materials into devices like computer chips is complicated. The ultrathin structures are easily damaged using conventional fabrication techniques that rely on chemicals, high temperatures, or etching. MIT researchers…