Barnali Mondal

Superfluorescence, a cooperative coherent spontaneous emission, is of great importance to the understanding of many-body correlation in optical processes. Even though superfluorescence has been demonstrated in many diverse systems, it is hard to observe in electron-hole plasma (EHP) due to its rapid dephasing and hence needs strong magnetic fields or complex microcavities.

An electron-hole liquid (EHL) is a collective nonequilibrium macroscopic quantum state of matter arising from the condensation of charge carriers in the form of a droplet. However, achieving the EHL state in a direct-band-gap material at room temperature is extremely difficult due to the excess thermal energy, short carrier lifetime, and low binding energy.

Biodegradable Polymer Based Common Chemical Avenue for Optimizing Switchable, Chemically Reactive, and Tunable Adhesive Superhydrophobicity Different extreme water wettability, including tunable adhesive and stimuli responsive superhydrophobicity emerged as an important avenue for their enormous prospectives in diverse applications in addressing real-life problems. Various approaches and designs have been adopted for optimizing these different super-water-wettabilities separately.