science

2-mercaptobenzothiazole exhibits dual-mode binding with perovskite organic cations that helps modulate crystallization dynamics during the manufacturing process.

Caltech researchers reduce qubit needs, speeding up path to fault-tolerant quantum computers

The solution uses waste streams already discharged into rivers.

Phonon lasers could be used to operate microchips that are smaller, faster and more energy-efficient than radio-frequency based devices.

Scientists teamed up to understand how light interacts with metallic nanoframes.

The study reveals the beginnings of a human and canine bond that continues to this day.

From lab models to real biomass, this process shows how lignin can be efficiently turned into valuable chemical products.

A tiny optical trap lets light twist and persist in its lowest-energy state, opening new possibilities for scalable photonic technologies.

New research shows liquids have a breaking point, fracturing under stress instead of flowing as scientists long believed.

Dutch engineers build a 10-knot “underwater supercar” that glides using hydrodynamic lift and dives to 300 meters.

The facility is built around a central floating platform.

By tracking rare flashes of light, physicists are mapping the invisible glue that holds all matter together.

Researchers build silicon quantum chip that runs logical operations with built-in error detection and real algorithms.

The findings revealed why water acts unlike any other known liquid.

The researchers confirmed the quantum states using advanced photon experiments.

Bourbon byproducts can produce supercapacitors with superior storage capacity compared to existing commercial models.

Researchers discovered a visible plume of radioactive material escaping from a ventilation pipe near the reactor compartment.

The system uses ultra-thin metal layers to control ion flow in water.