Making matter invisible: MIT physicists successfully demonstrate the “Pauli blocking” effect
Making matter invisible: MIT physicists successfully demonstrate the “Pauli blocking” effect
Tag: Atom
MIT physicists use basic atomic properties to make matter “invisible”
MIT physicists use basic atomic properties to make matter “invisible”
Adding sound to quantum simulations: scientists create an atomic optical lattice that can vibrate
Adding sound to quantum simulations: scientists create an atomic optical lattice that can vibrate
NASA is studying the use of hybrid reality technology to upgrade the Cold Atomic Physics Laboratory of the international space station
NASA is studying the use of hybrid reality technology to upgrade the Cold Atomic Physics Laboratory of the international space station
Counterintuitive fact: dissolved salts can be recombined on a nanoscale
Counterintuitive fact: dissolved salts can be recombined on a nanoscale
Chinese scientists use all-optical excitation to achieve single-atom detection of krypton-81
Recently, the scientific research team of the University of Science and Technology of China has used all-optical excitation to detect single atoms of the extremely rare isotope krypton-81. This important advancement in quantum precision measurement methods will facilitate the exploration of earth and environmental sciences.
Ask a junior high school chemistry question
I searched it and basically all said it was a chemical change. So, for example, sodium atoms become sodium ions and lose an extranuclear electron. If it is a chemical change, doesn’t the structure of sodium atoms change?
Scientists can now design single-atom catalysts for important chemical reactions
Scientists can now design single-atom catalysts for important chemical reactions
Talking about the artificial sun in detail: how much energy can nuclear fusion produce at one time?
Talking about the artificial sun in detail: how much energy can nuclear fusion produce at one time?
Researchers used ultra-high-speed laser experiments to find that bubbles formed around atoms can accelerate energy transfer
Researchers used ultra-high-speed laser experiments to find that bubbles formed around atoms can accelerate energy transfer