Physical Sciences
Developing a source of bright entangled light for quantum communication & quantum sensing
High-pressure regulation & performance optimization of thermoelectric materials based on Iv-Vi binary composition.
Low-cost chemical vapor deposition processed large area multi-dimensional lead halide perovskite light-emitting devices
Yielding & plastic deformation in amorphous materials
Time-resolved optical spectroscopy and device applications: Localized metallic state of Zno & graphene based Van der Waals' heterostructure
Qcd thermodynamics using non-perturbative Dyson-swinger equation approach
Electric field control of the Dzyaloshinskii-Moriya interaction & hence, topological spin textures
Spectral properties of random perturbations of Toeplitz matrices
Insights into mechanical failure of amorphous solids using colloidal suspensions
Low mass star formation in diverse environmental conditions
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