A collaboration between the Ministry of Culture and IIT Bombay, the Indian Culture Portal is a treasure trove of Indian knowledge, art, culture and history, and a digital space like no other.

Researchers find a new way of building voltage controlled quantum circuits using a combination of graphene and alpha molybdenum trioxide.

Multi-institutional 5G test bed project to help develop human resources and 5G infrastructure and create an enabling environment

A comprehensive survey of the advanced drug delivery solutions

Researchers devise a new technique to identify the presence of tiny invisible plastic pollutants using microwave radiation.

Study of plastic-lined farm ponds in orchard farming and its impact on society

Exploiting quantum defects in diamond to image fast-changing weak magnetic fields

IIT Bombay is a part of a multi-institute endeavour MEGA-ACE which has received Algorand grant for strengthening research in blockchain technology

New research identifies specific molecules that mediate transport of lipids inside a cell and to the bloodstream

Researchers use a single-double-frequency pair of laser light to generate circularly polarised attosecond pulses from graphene

Learning about dislocations and their interactions within an alloy can help precisely engineer its properties

Two new studies from the Indian Institute of Bombay (IIT Bombay), Mumbai, show the importance of defects in the arrangement of atoms in a crystal, called dislocations, in shaping the physical properties of metallic alloys.

Refinery wastewater flowing through sand produced biofilms of pollutant-eating bacteria which inturn removed the harmful compounds from the water

IIT Bombay researchers use a robot that mimics animal movements to study how homing animals efficiently return home without getting lost or being late.

A new study of the Saurashtra Basin dates the minerals found in the sediments, revealing the paths of ancient rivers and the geological history of the Indian subcontinent.

Researchers from IIT Bombay study heavy polluters on the Mumbai-Pune Expressway and suggest the need for stringent policies to restrict vehicular pollution.

The proposed method optimises the weight, cost and range of FCEVs by determining the optimally required radiator size in the vehicles

The researchers have developed a novel method of using silicon nitride to enhance the efficiency of photonic elements, promising faster, more secure, and energy-efficient technologies for communication and information processing.

New study at IIT Bombay identifies factors essential for successful adoption of a circular economy model for healthcare waste management in India.

Researchers have developed ceramic based cold plates that could replace copper cold plates used to cool computers and allow smaller and compact packing of circuit boards

IIT Bombay study says high energy gravitational waves might be the instigator of FRBs