New theoretical work demonstrates how sequentially captured images of electrons can be used to show the evolution of electron movement

Researchers devise a new technique to speed up processing electronic signals at significantly lower costs.

Prof Bhaskaran Muralidharan and Dr Alestin Mawrie of the Indian Institute of Technology Bombay have researched a specific category of two-dimensional nanomaterials, called semi-Dirac materials. Their theoretical studies show that it is possible to engineer semi-Dirac materials to make optical filters and efficient thermoelectric nanodevices.

Researchers develop a powerful stochastic neuron, like those in our brain, using random access memory to aid breakthroughs in artificial intelligence

Researchers from IIT Bombay find how temperature, humidity and properties of different surfaces influence the evaporation rates of respiratory droplets infected with COVID-19.

^{A woman cooking food using improved cookstoves [Image credits: Udaipur Urja Initiatives]}

^{Snapshot of simulation showing two black holes colliding with each other. [Image Credits: Wikimedia Commons]}

Astronomers detect gravitational waves from the merging of neutron stars and black holes, but no electromagnetic waves.

In a recent study, a team of international researchers have analysed how defects in hexagonal boron nitride can help in boosting the performance of electronic devices.

A team of scientists from IIT Bombay have recently proposed a novel setup to carry out quantum information processing at room temperatures, using a stack of specially designed layered materials. 

New design in thermoelectric devices can increase both output power and efficiency

A significant problem in electronic devices is the generation of heat during their operation. This phenomenon not only leads to the wastage of electric power but can also damage the device. Thermoelectric materials, which convert heat to electricity and vice versa, can be used to turn the generated heat back into electricity, thereby saving power and avoiding overheating of the device.