Pre-reqs: A basic understanding of quantum mechanics, classical mechanics, and linear algebra. Familiarity with probability and eigenvalues/eigenvectors would be helpful, but is not required. What does chaos mean in a quantum world? In this talk, I will introduce the basic...[Read More]
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Recent Talks
Single Particle Entanglement?!
Quantum Information & Quantum Field Theory
By Pranshu NemaniPre-reqs: A knowledge of quantum mechanics. Knowing bra-ket notation, density matrices, quantum entanglement and Fock space notation would be helpful, but an overview of these four concepts will be provided in the talk. Quantum field theoretic calculations are usually carried...[Read More]
Flatland (approximately): An introduction to 2D materials and quasiparticle dynamics in monolayer semiconductors
Condensed Matter Physics
By Piyush KolheNote: A basic understanding of quantum mechanics and solid state physics will be helpful, but not required. Understanding quasiparticle dynamics in monolayer semiconductors is of great interest to the study of valleytronics, which has applications in fields such as quantum...[Read More]
The Gravitational Path Integral
Quantum Gravity & Black Hole Thermodynamics
By Sayantan ChakrabortyNote: This talk will majorly discuss the theoretical aspects and some knowledge of general relativity is helpful. The talk aims to provide a brief overview of the Path Integral formalism of Quantum Gravity. I will discuss the Einstein-Hilbert Action of...[Read More]
Dark Matter in Contemporary Research
High Energy Physics & Cosmology
By Harrsh GoyalNote: This talk will discuss both theoretical and experimental aspects of Dark Matter research. As many know, the ever elusive dark sectors of the universe - namely dark matter and dark energy - are estimated to make up nearly 95%...[Read More]
