science

The researchers used the Ouzo effect to create microscopic oil droplets in the lab.

The newly discovered site in the Bay of Currents was missing from all public records and Soviet-era nuclear inventories.

The cave floor was covered in layers of fossils — including sloths, birds, and reptiles — mostly derived from owl pellets.

A newly identified non-coding RNA gene acts as a master switch for cell size, offering fresh insight into disease and development.

Seismologists have finally solved the mystery of why this volcanic island, inactive for over 30 million years, hasn’t sunk back into the ocean.

Upcoming field tests will evaluate whether moss-microbe systems can clean iron-rich forest drainage ditches in northern Finland.

New research explains how ferrihydrite locks carbon in soils using a mix of surface charges and chemical bonds.

The remains had been misidentified for decades due to labeling errors.

The approach could, over time, help pinpoint cellular behaviors linked to early-onset diseases such as asthma and cancer.

For renewable energy technologies like fuel cell and electrolyzers, scientists are looking for cost effective proton carriers.

The study reveals why tin oxide ozone catalysts fail under high-voltage operation.

A simple instrument like mass spectrometer can revolutionize how unknown samples are investigated in the future.

Elusive atomic oxygen finally seen inside water using cutting-edge laser imaging

The proportion of deep-sourced helium and the temperature of the mineralising fluids appear to correspond to the size of the gold deposit.

By twisting ultrathin crystals and using electron beams, researchers gain unprecedented control over quantum light at the atomic scale.

Measured infrared maps show a small core producing the same thermal disturbance as a much larger object.

The electrolysis cells with the coated PTL exhibited a 40% increase in current density compared to uncoated cells.

A team has achieved the first monolithic 3D chip built in a U.S. foundry.

A simple three-qubit setup shows how superposed control can surprisingly strengthen quantum behavior over time.

This ultralight ceramic aerogel bends, compresses, and recovers its shape while outperforming conventional thermal insulators at high heat.