An IIT Bombay study using satellite data shows rising greenhouse gas levels over Delhi and Mumbai and also identifies emission hotspots in these cities.

Researchers developed a granular power generation and grid operations model to evaluate pathways to India’s 2030 renewable energy mandate. The study shows that regional coordination and flexible compliance mechanisms are key, along with measured storage and a phased coal transition, balancing flexibility, affordability, and reliability for India’s clean energy transition.

Researchers develop an affordable and highly accurate method for creating detailed three-dimensional maps of heritage structures using Unmanned Aerial Vehicles (UAVs) and terrestrial photogrammetry.

The IIT Bombay method to coat microfibres with nanoparticles, while they are forming, ensures uniform coating and better performance

IIT Bombay researchers have developed a novel control system for drones, enabling complex formation flying using only camera data, without the need for GPS or inter-drone communication.

A novel AI tool, DrugProtAI, promises to transform drug development by accurately identifying proteins that can be targeted by medicines, addressing a major hurdle in clinical research.

Analysing data from 1975 to 2014, a study examining changes through three waves over 40 years by researchers at IIT Bombay and the University of Hyderabad found that productivity in India's semi-arid tropics depends less on farm size and more on access to inputs, credit, and markets.

India's Eocene rainforests, preserved in amber, offer a vivid window into how intricate ecological webs sustained biodiversity through past climate shifts, providing crucial insights for our warming world.

IIT Bombay researchers build a new model, named AMVG, that bridges the gap between how humans prompt and how machines analyse satellite or remote sensing imagery.

Researchers from IIT Bombay propose a computationally efficient, network theory-based mathematical framework to test decentralised traffic control systems.