New material discovered can convert infrared light to renewable energy
Only a few existing materials can serve as hosts for light-matter interactions in the infrared spectral range, albeit with very low efficiencies.
Only a few existing materials can serve as hosts for light-matter interactions in the infrared spectral range, albeit with very low efficiencies.
“A building for SAMat at JNCASR campus, based on non-Governmental funds, as envisioned by Professor CNR Rao, is a dream coming true,” S Chandrasekhar said.
Boiling crisis or very vigorous boiling or formation of bubbles is dangerous for applications due to sudden increases in pressure and temperature, according to Prof Raj.
A fabrication lab for Li-ion batteries will soon be set up in Bangalore in an attempt to boost up-scaling and commercialisation of the technology.
