Quantum Computing Semester, January–April 2024

• Quantum Computing Semester, Jan–Apr, 2024

Quantum Computing and Algorithms: 11–15 February, 2024

Faculty

• Debajyoti Bera (IIIT Delhi)
• Jaikumar Radhakrishnan (ICTS, Bangalore)
• K V Subrahmanyam (CMI, Chennai)
• Sagnik Chatterjee (IIIT Delhi)
• Shyam Dhamapurkar (Shenzhen Institute for Quantum Science and Engineering, SUSTEch, China)
• Chetan Waghmare (Accelequant, Hyderabad)

Topics to be covered

Review of Deutcsh-Josza, Simon and Grover's algorithms, Variations of Grover's algorithm and random walks, Phase estimation, Finding marked element in a state space of a Markov chain, Applications of amplitude amplification, Hamiltonian simulation, QFT, Quantum phase estimation, Implementation of QPE, Amplitude estimation, Algorithms for order finding, Shor's algorithm, Implementation of Shor's algorithm for small numbers, HHL and Jordon's algorithm for optimization, Quantum learning theory, Discrete-time classical random walks, quantum walks, continuous-time quantum walks.

• Debajyoti Bera

  Applications of amplitude amplification, Hamiltonian Simulation, Classical & Quantum Fourier Transform, Quantum Phase Estimation, Amplitude estimation, Algorithm for order finding

• Jaikumar Radhakrishnan

  Variations of Deutsch, Grover, Quantum Walks, Random walk based algorithms, Shor's algorithm

• K V Subrahmanyam

  Hadamard transform, algorithms of Deutsch, Deutsch-Jozsa, Simon, Grover

• Sagnik Chatterjee

  HHL and Jordan's algorithm for optimization, Linear algebraic algorithms

• Shyam Dhamapurkar

  Random walks, Quantum walks

• Chetan Waghmare

  Qiskit implementation of Grover, Qiskit implementations of QPE, Qiskit implementation of Shor's algorithm

Schedule

• Playlist with all recorded lectures

Course material

• Lecture notes and other material will be posted here.