Sorry, you need to enable JavaScript to visit this website.

Raman Research Institute

Bengaluru | Jul 30, 2021
Looking through the fog

Researchers have demonstrated an improved method of capturing images through fog.

General, Science, Technology, Deep-dive
Bengaluru | Jun 1, 2021
A natural dye extract may protect our eyes from harmful laser

Researchers have studied the characteristics of a natural dye extracted from Indigofera tinctoria leaves.

General, Science, Technology, Health, Deep-dive
Bengaluru | Apr 30, 2021
Molecular hydrogen making up galactic discs come in two forms

A researcher has estimated the three-dimensional distribution of molecular and atomic hydrogen in a nearby galaxy.

General, Science, Deep-dive
Bengaluru | Apr 6, 2021
Giant clouds of galactic hydrogen explain mystery behind cosmic rays

Researchers propose a self-consistent method to explain the charged particle bombardment on the Earth.

General, Science, Technology, Deep-dive
Bengaluru | Apr 5, 2021
Reliable and real-time measurements of magnetic fields

Researchers have demonstrated a low-cost digital system to efficiently measure magnetic fields.

General, Science, Technology, Deep-dive
Bengaluru | Dec 4, 2019
New insights into the biomechanics of axonal atrophy can aid in finding a cure to neurodegenerative conditions

In a new study, the researchers from the Raman Research Institute (RRI), Bengaluru, in collaboration with researchers from France and Chile, provide us with an understanding of the physical forces that drive axonal beading and retraction. The findings could hold new insights on understanding neurodegeneration. The results of the study, funded by the Department of Science and Technology (DST), are published in the Biophysical Journal.

General, Science, Health, Deep-dive
Subscribe to Raman Research Institute