Researchers at Punjab University have developed a sensor pattern noise based method to detect forged videos where one video is copied onto a different video.

Scientists from Indian Institute of Technology Madras, Chennai and Indian Institute of Science, Bengaluru have developed a novel complex made of silk fibroin (SF) with embedded silver oxide nanoparticles (Ag₂O) for wound healing and anti-bacterial applications.

In an attempt to reduce their carbon footprint, many nations around the world are looking at wind energy. This form of energy is already responsible for 12% of installed power in India. An Indian Institute of Technology Bombay study predicts Indian offshore wind farms will benefit from rise in sea temperatures

Scientists from Indian Institute of Science (IISc.), Bengaluru develop a new technique to trap micro particles using the surface features of glass which could help scientist study collective phenomenon and properties of colloidal particles.

Scientists from Indian Institute of Science (IISc) have developed a novel device made of a fibre Bragg grating to measure the force exerted with a bite.

Researchers from Pondicherry University, Puducherry and SRM University, Chennai have recently demonstrated a novel device made of Nickel/ Nickel oxide (Ni/NiO) and graphene that could be used to store hybrid-energy.

In an interdepartmental collaborative study, scientists from the Indian Institute of Science, Bangalore, study live cells under the microscope. Using a novel experimental setup to stretch cells, the scientists are able to observe cellular phenomenon like mechanotransduction.

Historically silk threads have been used for medical applications like sutures. In modern times silk mats are increasingly being recognized as a promising material for regenerative surgery. Researchers from Karnataka University, Dharwad explore the healing properties of silk mats made from wild species of silkworm Antheraea mylitta or tasar silkworm.

Scientists from the Indian institute of Science, Bangalore have used novel electrodes based on on integration of UV light sensitive zinc oxide nanorods and electrochemically active nickel cobalt oxide in supercapacitors. Their study shows the long life, the ability to charge in UV light and its application in self charging devices.

Ever wondered how an ATM card stores information? Most of us are aware that the black strip at the back of the card plays an important role in this process. How it works though, isn't as common a knowledge.

The black strip found at the back of most smart cards is essentially a band of magnetic material. Different materials respond differently to a magnetic field. Iron for example, gets ‘magnetized’ in the presence of a magnet, whereas a piece of wood does not.