The physics of a blood smear could screen two diseases
IIT Bombay researchers develop a low-cost point-of-care device that can screen for anaemia and sickle cell disease using a drop of blood.

Turning Quantum Uncertainty Into Precision Quantum Sensing 
IIT Bombay researchers show how engineered light interacting with graphene can measure elusive quantum phenomena.
 

IIT Bombay researchers engineer an economic and efficient catalyst to split water molecules
By combining cobalt, nickel, and graphite, using molecular precursor engineering, researchers have engineered a low-cost, highly durable catalyst that efficiently splits water into hydrogen and oxygen, paving the way for affordable green hydrogen energy.

The hard truth about the role of soft tissue in brain cancer relapse 
By mimicking the brain’s softness in the laboratory, researchers uncover why brain cancer relapses, and what standard lab dishes had been hiding all along.

Researchers develop high-precision AI system to predict flood depths
Researchers from IIT Bombay have developed a dual machine learning framework using satellite radar and elevation data to predict flood susceptibility and estimate flood water depths at a 30-meter resolution across South India's vulnerable Western Ghats region.

IIT Bombay researchers achieve cost reduction while developing mechanically superior and sustainable plastics
Researchers at the Indian Institute of Technology Bombay have developed a host of novel, eco-friendly materials by combining everyday plastics with strong and biodegradable materials, like wild grasses.

Twist in light enhances chiral discrimination

Ligand-enabled distal desaturative lactonization of aliphatic acids

Indian Scientists Develop Efficient Strategy to Convert Saturated Fatty Acids into Drug-like Molecules

By disrupting transport of fat inside liver cells, IIT Bombay researchers have opened a new path to tackling high cholesterol and other fat-related disorders.

A living nano-assembly to tackle pollution from stubborn textile dyes in wastewater

By pairing marine bacteria with graphene oxide sheets, IIT Bombay researchers show how dyes in wastewater can be trapped and fully broken down.