School of Basic Sciences

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School of
Basic Sciences
School of Basic Sciences

Research Highlights

Front Cover Art: A conceptual diagram demonstrating the broad-spectrum inhibitory effects of a gut-derived metabolite on insulin fibrillation, including suppression of both primary nucleation and seeding, fibril disaggregation, and reduction of fibril-related cytotoxicity.
Prof. Ashis Biswas
Limit points of the smallest positive eigenvalues of graphs: It was proved that any nonnegative (respectively, nonpositive) real number is a limit point of the set of all smallest positive eigenvalues (respectively, largest negative eigenvalues) of graphs. Further, it was shown that the union of the sets of limit points of the smallest positive eigenvalues and the largest negative eigenvalues of graphs is dense in the set of all real numbers.
Prof. Sasmita Barik
Polymers Bearing Covalently Linked Chiral Proline-Based Pendants: Induction of a Highly Stable Helical Sense that Mimics Double-Stranded Helical Morphology and Their Chiral Resolution Ability
Dr. Vijayakrishna Kari
A Method for active modulation of an optical sensor response over broad frequency range (1 Hz to 1 kHz), by using parallel integrated identical fiber interferometers.
Prof. Rajan Jha
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