Supreeth Bhaskar

Experience

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  Bangalore Association for Science Education, Jawaharlal Nehru Planetarium, Bangalore

  Jul 2016 - Jun 2019

  Research Education Advancement Programme (REAP)

  REAP is a three year programme in physics that is offered concurrently with regular under graduate college education complementing the formal curriculum. The primary objective of this programme is to attract students to pure sciences and prepare them for a career in science. It is actively supported by Indian Institute of Science, Raman Research Institute, International Centre for Theoretical Sciences, TIFR, Bengaluru and Indian Institute of Astrophysics.

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  Indian Institute of Science (IISc)

  Dec 2021 - now

  External Project Student
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  Indian Institute of Science Education & Research Tirupati

  May 2022 - Jul 2022

  Quantum Computing Summer School Student

  I was ranked 2 in this course among 200+ students.The syllabus of this course is as follows: Complex numbers (Complex Plane, Euler form, Cauchy Schwarz inequality, Triangle inequality etc), Matrices-classification/properties (Symmetric, Hermitian, Unitary, Diagonal, Trace, Determinant, matrix exponentials etc), Finite dimensional vector Spaces (3d Euclidean space, vectors, vectors as column matrices, linear independence, Basis, inner product, norm, orthonormality, rotation of euclidean space and operators, Hilbert space, etc), Postulates of Quantum Mechanics (Bra-Ket notation, Operator, Measurement, Eigenvalue, Eigenvector, Expectation value, Time evolution, etc) (Lab: Overview), Pure states (Two level system, Qubit, Block Sphere, Qutrit etc) (Lab: Representing Qubit states), Mixed states (Classical vs quantum, Density matrices and their properties, QM with density matrices) (Lab: Density matrix and mixed states) , Composite systems (Composite Hilbert space, outer product, action of operators on states in composite systems, Bells theorem, EPR etc) (Lab: Multiple qubits and entangled states),Product states v/s Entangled states ( Density matrix formalism for entangled states, Partial trace, Entanglement entropy etc) (Lab: Multiple qubits and entangled states) No-Go theorems, Quantum Teleportation, Complexity theory (Polynomial, NP, NP-Hard etc) (Lab: The case for quantum), Quantum Gates and circuits (Hadamard etc. Single qubit/ Multi qubit…) (Lab: Single qubit gates, Multiple qubits and entangled states), Oracle and phase-kickback (Black Box,Bit identification problem, Oracles, phase-kickback, errors and noise) (Lab:Phase kickback), Deutsch-Jozsa algorithm (Balanced function, Complexity etc) (Lab: Deutsch-Jozsa algorithm), Grover’s algorithm (Unstructured search, Amplitude amplification, etc) (Lab: Grover’s Algorithm). Show less

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  BosonQ Psi (BQP)

  Sept 2022 - now

  Applied Math Researcher - Quantum