Mapping Particle Physics - with Jon Butterworth 46:30 The Aliens Are Coming! with Ben Miller and Jim Al-Khalili 46:41 What is Life - with Paul Nurse 59:53 The Rules that Govern Life on Earth - with Sean B Carroll 54:36 If Brains are Computers, Who Designs the Software - with...
New Seawater Electrode Is a Hydrogen Game Changer This Micronuclear Battery Can Run for Decades This Is the Heaviest Antimatter Particle Ever Scientists Found the Secret of Static Electricity Can We Finally Detect a Graviton? U.S's Nuclear Arsenal Could Fuel Next-Gen Reactors ...
Fermi National Accelerator Laboratory is the core U.S. particle physics lab. Fermi was home to the world’s most powerful collider until that device, the Tevatron, was superseded by the Large Hadron Collider in 2009. The Continuous Electron Beam Accelerator Facility at Thomas Jefferson National Ac...
What Happens to Particle Accelerators After They Are Shut Down?Prachi PatelPredd
In science fiction, people often find a way to move at the speed of light. But you might find yourself asking, could your body survive going so fast? What would happen to it? First, let's assume that it is possible — though it is not — for a human to move at the speed of lig...
“I'm Mr. Model, and I don't want to do fundamental analysis. One of the advantages of models is that they reduce risk. And if you rely on personal judgment to select stocks, you may become rich overnight, or you may lose well the next day.” ...
That makes the Oh-My-God particles among the fastest things with mass on Earth, but they're not at the very top. Instead, the neutrino takes that prize, per Justin Vandenbroucke, a particle physicist at the University of Wisconsin-Madison. The Oh-My-God particle is probably a proton, ...
On a larger, cosmic scale, a different mechanism is in action. Those are strong electric currents called Birkeland currents that link star systems and galaxies, as described in the video “The Truth About Precession” linked at the beginning of this article. I know I am somewhat ‘going ...
The cocoa butter in chocolate can form at least six different crystal structures, depending on the temperature it is heated to, and the properties of the chocolate will depend on the dominant crystals that form. To create the ultimate chocolate — smooth, lustrous, and with just the right text...
(PGWs) imprinted in CMB B-mode will be observed in the near future. PGWs produced during inflation are the unique probe for very high energy physics beyond the reach of particle accelerators, and now is a good time to study what we can learn from them. In this webinar, I will discuss...