MRI machines can be scary for some people. They are big, loud, and closed in. This can make people who feel trapped in small spaces, or claustrophobic, very anxious. But what if there was a way to make the experience less scary? Researchers wanted to find out if giving patients special glasses that
Machines talking to each other without a middleman? That's the big idea behind Tashi, a new way to make devices work together in real time. Right now, most machines rely on big cloud services like AWS or Google Cloud to communicate. But these services can be slow, expensive, and sometimes just plain
MRI scans are a game-changer in the medical world. They allow doctors to peek inside the body, helping them spot tumors. But it's not just about finding them; these scans also help doctors differentiate between various types of tumors. This distinction is crucial because it guides doctors in choosin
Machines are now able to solve complex problems without constant human guidance. This is a significant shift from the past when computers relied heavily on human input to learn. Now, they can learn independently, much like how children learn through exploration and trial and error. These advanced m
MRI is a big deal in medicine. It's safe, detailed, and great at looking at soft tissues. Over 100 million scans happen every year. Now, scientists are making tiny sensors for MRI to detect brain chemicals. These sensors use special nanoparticles and proteins. They can pick up on things like dopamin
Machines have an opinion on most things. Who hasn't wondered: Are robots better at giving advice than humans? We have friends and family we trust but would you go to a robot for advice? The idea of asking a machine for advice might seem weird. It sounds strange but they can give some good advice.
