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

Two new studies from the Indian Institute of Technology 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.

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

Today, the news is full of buzzwords such as 'cryptocurrency' and „blockchain'. Ever wondered what they are? Blockchain is a distributed digital database that is shared using a computer network. It records transactions and tracks ownership of assets such as cryptocurrencies, land records and goods in the supply chain.

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

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

A comprehensive survey of the advanced drug delivery solutions

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

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

Quantum Tunneling enables Ultra-Low Area and Power Neural Network for Brain Scale Computing

Brain-scale Computing is a Decadal Challenge 

The biology of the brain enables approximate computing with analog synapses that connect stochastic and digital spiking neurons. Along with fascinating connectivity schemes, this results in the power & mystique of the biological brain that chaperones all the processes of human thought and action. 

Researchers propose a quantum materials based valleytronics device structure that can be implemented using existing technology.

Study reveals the correlation of odour to molecular vibrations.