Researchers measure the light-emission efficiency of chalcogenide perovskites for the first time, revealing promising ...
Wireless millirobots the size of a pencil tip could one day replace open-heart surgery and ineffective drug therapy.
Scientists develop a new way to manufacture ultralight, highly porous aerogels using vapor deposition, with potential ...
New tattoo inks use dye-filled polymer nanoparticles to create multicolored designs that appear under UV light and disappear ...
A new water-soluble battery binder matches conventional performance while reducing toxic solvents and enabling easier ...
Ultrafast X-rays reveal how enzymes make penicillin and process oxygen, exposing molecular steps that could guide future ...
Researchers develop a way to measure freestanding thin films under high pressure, revealing why 2D and 3D forms of the same ...
A new light-driven method generates highly reactive hydrogen atoms under mild conditions, opening new possibilities for metal-free chemical synthesis. (Nanowerk News) Hydrogen is the simplest element ...
Using a temporary liquid during crystal growth reduces defects in perovskites, producing more efficient solar cells and LEDs ...
The James Webb Space Telescope pinpoints the most distant known fast radio burst in a small, star-forming galaxy, ...
Researchers demonstrate wafer-scale indium selenide transistors that suppress unwanted memory effects, opening a path toward more reliable, energy-efficient electronic circuits. A research team led by ...
Simulations suggest strong magnetic fields could allow white dwarfs to exceed their usual mass limit, potentially affecting how supernovae measure cosmic distances.
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