Whoa, Scientists Created a Radical New State Of Matter That Defies Time
Now, a team of physicists from Washington University in St. Louis have created a new type of time crystal called a ...
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This Purple Diamond Microwave Laser Could Be Key To Detecting Future Deep Space Signals
A team of researchers has built an exciting new device to dramatically amplify microwave signals. It seems like a science fiction MacGuffin: it uses a purple diamond in a quartz tube exposed to an ...
Hackaday3y
Microwave Ovens: Need More Power? Use Lasers Instead!
You know how it is, you get in late from work, you’ve been stuck in traffic for what seems like an eternity, and you’re hungry. You reach for the microwave meal, and think, if only I didn’t ...
ZME Science on MSN8d
Researchers create a new type of “time crystal” inside a diamond
Yet, in a dazzling experiment, a group of physicists has done just that. They’ve created a new kind of temporal structure called a “discrete time quasicrystal” (DTQC), where the rhythms of quantum ...
La Brújula Verde8d
Physicists Create a New Phase of Matter: A “Time Crystal” That Challenges Common Perceptions of Motion and Time
WashU physicists shine a microwave laser into a chunk of diamond to create a time quasicrystal, a new phase of matter that repeats precise patterns in time and space. Credit: WashU In a new and ...
Low-noise transducers can bridge the gap between microwave and optical qubits
In the effort to build superconducting quantum computers, researchers around the world are working to develop electrical circuits that operate in the microwave domain using individual particles of ...
EurekAlert!2y
Microwave Laser Built from Semiconductor Quantum Dots (IMAGE)
Princeton University researchers have built a rice grain-sized microwave laser. Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert!
Knowridge Science Report8d
Tiny silicon device could help connect quantum computers to the Internet
Quantum computers use special bits called qubits, which are often made from microwave photons—tiny particles of microwave ...