Major technological advances and scientific discoveries pushing the boundaries of what's possible.
A man paralyzed for six years can now write his own name, thanks to a brain-computer interface. But this isn't another sci-fi headline—it's the world's first approved invasive BCI, and the story behind it is fascinating.
You've probably heard about Turkey's hair transplant boom, but the real story isn't just about cost. It's a fascinating tale of specialized motors and AI algorithms that completely transformed an industry.
We're breaking down the biggest stories in tech today. A new method could solve our lithium shortage for EVs, while a deadly Ebola outbreak proves hard to contain. Plus, all the latest on AI, rockets, and more.
Researchers at MIT have discovered a new, more eco-friendly way to extract lithium, the key ingredient in batteries. The inspiration? A common household product used for etching glass during a bathroom renovation.
Researchers at Sakana AI have developed DiffusionBlocks, a groundbreaking method that trains massive neural networks one block at a time. This clever approach slashes memory requirements and could change how we build the next generation of AI.
Researchers have found the exact neurons that make LLMs refuse harmful requests. A new method called CNA can turn them off like a light switch, without damaging the model's performance.
Training AI on long sequences is painfully slow due to attention costs. Nous Research's Lighthouse Attention offers a clever, training-only solution that speeds things up by 1.7x without sacrificing quality.
NVIDIA just dropped SANA-WM, a 2.6B-parameter world model that's changing the game. Forget massive server farms—this AI generates stunning, minute-long HD videos on a single GPU, and it's open source.
NVIDIA just dropped `cuda-oxide`, an experimental project that lets you write high-performance GPU kernels directly in standard Rust. Let's break down what this means, how it works, and why it might be a huge deal for GPU programming.
A Boston startup just landed a huge investment to solve one of the military's scariest tech problems: ancient software running critical systems. Their AI doesn't just rewrite code; it proves the new version is bug-free.
You've heard of the big names in AI image generation, but a tiny 70-person team called Black Forest Labs has been quietly punching way above its weight. Now, they're making a bold move into something called "physical AI," and it could change everything.
Ever feel that awkward pause when talking to a voice assistant? Sakana AI's new KAME architecture aims to fix that by letting AI speak instantly while a powerful LLM refines the answer in real time. It's the best of both worlds: speed and smarts.