IIT Bombay’s new deep learning framework, named SpADANet, enhances damage classification accuracy using limited labels across multiple hurricanes.
The new method offers a straightforward approach to imprint the geometric phase from a classical laser beam and transfer it directly onto a pair of entangled photons.
New research reveals India's shifting climate change risks and resilience, offering a novel framework for other developing nations.
Researchers at IIT Bombay uncover how strain fields produced by embedded inhomogeneities within biomaterials influence cell alignment, reshaping our understanding of cell behaviour in development, disease, and tissue engineering.
New research examined how a specific type of AI, known as ANFIS, could help predict the yield of several important crops grown in the Nashik region of Maharashtra, India.
They used computer simulations to design a microchip with micro-channels and then separate the different cells in the blood into the channels with Dielectrophoresis
A microscopic look reveals how the unique ‘handshake’ between rubber and cement could be key to durable, sustainable construction.
Researchers are using luminescence dating to date samples of the mineral jarosite from Kachchh, Gujarat. Due to its geological similarities, this mineral is considered a good Martian analogue.
New research addressed the Tungsten Diselenide clumping problem by introducing a polymer, Polyvinyl Pyrrolidone (PVP), into the mix.
Researchers create a cleaner and greener bio-based proton exchange membrane for fuel cells made of plant and animal materials.
Researchers have developed a mathematical tool to model the complex interactions between a power-law nanofluid and a thin, moving needle.