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Researchers turned a nanoparticle paste into working laser channels, then used them to produce 1,030-nanometer laser light.
Developing new materials has traditionally involved significant trial and error.
A special cavity helped a superconductor work at higher temperatures, while making it more resistant to current and magnetic fields.
The lead-tungstate crystals are compact, precise, fast, and resistant to radiation.
Bruce Power aims to begin hot cell commercial operations in September.
The researchers have built the first prototype of their nuclear clock that could eventually even fit into a small chip.
A giant cliff vanished from America, but its scars may remain in the Grand Canyon.
The intismeran cancer vaccine can target up to 34 tumor mutations in each patient.
Using split microwave photons with different frequencies, allows one signal to be used for coding, while the other for decoding.
The new AMC hub combines AI, robotics, advanced materials and additive manufacturing.
The sensors could be integrated into existing microelectronic systems.
The researchers used Large-scale Atomic/Molecular Massively Parallel Simulator (LAMMPS),a molecular dynamics tool to track every single particle in the dusty plasma.
Engineered bacteria can act as transistor-like switches, letting researchers assemble modular circuits inside Petri dishes.
Cygnus X-3 is now the highest-energy gamma-ray source known, accelerating particles to at least 30 PeV.
The new approach shows how carefully designed nano-bio interfaces can direct chemical reactions under mild conditions.
These findings would challenge the standard picture of how one of nature’s basic conservation laws is stored inside matter.
Inspired by how electric eels navigate and hunt, the new sensor could give robots contactless touch abilities.
Unlike conventional electronics, which rely on the movement of electrical charge, magnonic devices use these collective magnetic excitations to carry information.
The Standard Model predicts an almost impossibly tiny muon EDM. Fermilab’s latest result narrows where bigger signals could hide.
Laser-cooled rubidium atoms helped Chinese researchers maintain a quantum link across 260 miles of optical fiber.