Cracks in blood stains could tell us how they got there, according to a new study

Researchers at IIT Bombay studied how blood drops dried on tilted surfaces and what the cracks that are left behind can tell us about the blood drop.
 

Understanding RubCrete: How waste tyres are making concrete tougher and greener

A microscopic look reveals how the unique ‘handshake’ between rubber and cement could be key to durable, sustainable construction.

Study sheds light on how micro and nano plastics form
A study by a team at IIT Bombay and their collaborators reveals how the majority of commercial use plastic degrades into micro and nano plastic particles

Understanding Impaired Processing of Reward and Motivation in Parkinson’s Disease

New research on friction welding significantly improves the weld with just a change in shape
The researchers developed a simple and innovative technique to improve the bonding in friction welding method by creating a tapered end on one of the surfaces.

Lotus leaf-like solar evaporators for saltwater treatment
A new hydrophobic graphene based material developed by IITB scientists could support efforts to address fresh water crisis

Bombay’s Laser Trick Makes 3D Metal Printing Faster and Stronger

Here’s how IIT Bombay’s Laser Remelting technique is fixing weak spots without slowing down production

Magnetic Field Regulates Blood Flow in Partially Blocked Arteries
A theoretical study demonstrates magnetic force lowers blood pressure fluctuations and stabilises flow, setting the stage for advanced cardiovascular therapies.

How Researchers Are Optimising Indian Railways—Without Touching Train or Track

Here’s how IIT Bombay and Indian Railway researchers are making Indian railways more efficient by grouping non-daily trains together for the timetabling process.

A novel IIT Bombay “paddle-wheels” sensor to detect heavy metals in water

The low-cost sensor made of a copper-based metal-organic framework performs as well as DNA based sensor, the gold standard for water quality sensors.