Researchers rediscovered the ancient velvet worm species Typhloperipatus williamsoni from Arunachal Pradesh and mapped its evolutionary tree.

The researchers used mathematical models based on the Dirac-Weyl equation to simulate how an electron in a graphene sheet would behave under external magnetic fields.

Survey across four nations highlights how identity, politics, and context shape scientists' perceptions of inequality in academia.

New research shines light on the critical pressures endangering static water bodies as cities sprawl outwards.

A chemical treatment using DSH prevents light-induced degradation in mixed halide perovskites, paving the way for more stable solar cells and LEDs.

Researchers use drones and 3D modeling to accurately track the growth of Victoria amazonica without getting their feet wet.

Adding minuscule Molybdenum Disulfide flakes helps organize polymer chains, paving the way for faster, more efficient bendable electronics.

Researchers investigate the structural, optical, and magnetic traits of novel nanomaterials synthesized via a simple hydrothermal method.

By precisely tuning the metamaterial structures, researchers create a near-perfect light trap synchronised with molecular vibrations, paving the way for advanced sensors and optical devices.

Researchers engineer minuscule particles that use light to break down dyes and sense vital chemicals, paving the way for cleaner water and better diagnostics.