In scientific pursuits, like the search for dark matter, researchers sometimes use high-power particle accelerators. But these giant machines are extremely expensive and only a handful of them exist, so teams must travel to places like the SLAC Natio...
Stanford researchers manage to put a particle accelerator on a silicon chip
In scientific pursuits, like the search for dark matter, researchers sometimes use high-power particle accelerators. But these giant machines are extremely expensive and only a handful of them exist, so teams must travel to places like the SLAC Natio...
Scientists can track the movements of an atom's nucleus relatively easily, but electrons have proven elusive -- they move so fast that they tend to be reduced to blurs. Now, however, those movements could be crystal clear. Researchers at the SLAC Nat...
Not all the most interesting telescopes need to live in space. The Large Synoptic Survey Telescope (LSST) will sit on top of a mountain in Chile some 8,800 feet up and snap 3.2-gigapixel (3,200-megapixel) images of the sky every 20 seconds. All told,...
There's a reason that scuba divers use sign language and that caves and tunnels create radio dead zones. The laws of physics prevent radio signals from penetrating materials like water, soil and stone, and that's been a frustrating limitation of mode...
Particle accelerators have proven vital to understanding subatomic physics, but current technology tends to make them... rather large. And Stanford is determined to address that. SLAC has started assembling a new location, FACET-II (Facility for Adva...
High-energy batteries, like the ones in your laptop and smartphone, can fail, which can cause them to overheat and even catch fire. A team of researchers used cryo-electron microscopy (cryo-EM) , a technique that won the 2017 Nobel Prize in chemistry...
Gravitational lensing is when the image of a distant object in space -- like a galaxy, for example -- is distorted and multiplied by the gravity of a massive object, such as a galaxy cluster, lying in front of the smaller, faraway object. It's a usef...
Scientists at SLAC's National Accelerator Laboratory are able to peer even further into space thanks to an improved optical laser. The laser uses shockwaves to create high pressure conditions in materials, and the material's response is then captured...
For smart clothing or skin-worn devices to improve, first we need electronics that won't snap like a twig when you move. Using a soup thickener, of all things, scientists from Stanford's Bao Lab created a flexible electrode with "uncompromised electr...
Today on In Case You Missed It: A scientist at UCLA's Robotics & Mechanisms Laboratory is experimenting with a way to get around the fact that robots have a difficult time maintaining a high center of gravity, aka they always fall down; so he...