Unlocking High-Frequency Surface Acoustic Waves in Silicon: A New Frontier for Phononic and Quantum Devices

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.

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.

Heatwaves in the Indo-Gangetic Plains: Why Local Land and Atmospheric Conditions Matter More Than We Thought
IIT Bombay research shows that heatwaves over the Indo-Gangetic Plains are primarily driven by local land and atmospheric factors, rather than by hot air travelling from elsewhere.

Indian Institute of Technology Bombay study finds why our current methods of testing hydrogen-ready metals are inaccurate
Researchers have identified how common testing errors lead to unreliable data, providing a new blueprint for building the ultra-safe infrastructure needed for a hydrogen-powered world.

The Geometry of Surgery: Turning Flat Images into 3D Pathways
Researchers from the Indian Institutes of Technology have developed a computationally efficient method to track the three-dimensional movements of surgical instruments using only standard two-dimensional video feeds and geometric principles.

Accurate shrinkage prediction for kiln-heated 3D-printed parts
Researchers have developed advanced mathematical models and hybrid machine learning tools that accurately predict how 3D-printed ceramic and metal parts shrink and warp during high-temperature heat treatment.

IIT Bombay’s new study shows the mucus paradox in our lungs

Researchers at IIT Bombay reveal how excessive mucus creates gaps in our lungs’ defences, leaving us vulnerable to allergic attacks.

Improving How Immune Cells are Prepared for Cancer Care

Researchers at IIT Bombay develop a simpler and efficient method to recover immune cells grown in the lab for T-cell–based cancer therapies.