In events like black hole mergers, these waves can be strong enough to detect from Earth, offering a unique opportunity to ...

Electron spin on magnetized surfaces affects how amyloid proteins form fibrils, revealing a new physical factor that could ...

Researchers have created a white OLED that runs on under 1.5 volts, offering a major advance in power efficiency for portable ...

A new infrared imaging technique reveals sharp details in nanomaterials like graphene and gold particles by filtering out ...

Researchers created a flexible perovskite solar cell material that stays stable in humidity, enabling low-cost, high-efficiency production in ambient air.

Detailed image shows unusual structure of the emitted plasma jet - two supermassive black holes assumed to be merging in the ...

Unlike active galaxies that constantly pull in surrounding material, these black holes lie dormant, waking briefly to feast ...

Researchers developed scalable, low-cost p-type transistors using 1D tellurium nanowires, advancing flexible, ...

Researchers developed a method to program structural colours via nanosphere assembly, enabling ultra-sensitive sensors and ...

Dried leaves convert small temperature differences into electricity through ion movement, offering a natural, biodegradable ...

Quantum communication harnesses the quantum nature of light by utilizing single photons as information carriers. This is a ...

Quantum chemistry is helping scientists understand why some chemical reactions succeed while others fail, by showing how the ...