Quantum Science and Technology

Quantum computing has heralded a fundamental technological shift, wherein the laws of quantum mechanics are being harnessed to perform computing tasks that would be otherwise intractable, even for supercomputers. Quantum science and technologies have taken giant strides over the last decade, with companies like IBM, Google and Honeywell showcasing quantum devices with 100s of quantum bits (qubits). IIT Madras has introduced the international interdisciplinary master’s program (I2MP) in quantum science and technologies (QuST) keeping in mind the widespread need for a quantum-skilled workforce, across academia and industry. The core courses of the I2MP QuST programme are offered by faculty from the departments of Physics and Electrical Engineering, while the suggested elective courses are spread out across Physics, Electrical Engineering, Mathematics and Computer Science. The program aims to provide the students with a solid grounding in various aspects of QuST, including quantum algorithms, quantum error correction, quantum hardware and quantum cryptography.

Curriculum

Sl. No.Course No.Course NameLTEPOC
1GN5004Research Skills000303
2I2MP Core 1*9 to 12
3HS Elective300069
4PH5840Core 1: Quantum Computation and Quantum Information300069
5EE5347Core 2: Quantum Electronics and Lasers300069
6ID5841Quantum Computing Lab000123
Total Credits42 to 45
Sl. No.Course No.Course NameLTEPOC
1HS5050Indian Culture000303
2I2MP Core 2*9 to 12
3ID5840Core 3: Experimental Techniques for Quantum Computation and Metrology300069
4EE6502Core 4: Optical Signal Processing and Quantum Communications300069
5Elective 1300069
6Elective 2300069
Total Credits48 to 51
Sl. No.Course No.Course NameLTEPOC
1ID5790Project I (Summer)00002525
Total Credits25
Sl. No.Course No.Course NameLTEPOC
1Elective 3300069
2Elective 4300069
3ID5791Project II (in IITM)00002020
Total Credits38
Sl. No.Course No.Course NameLTEPOC
1ID5792Project III00004040
Total Credits40
Course No.Course NameDepartment
APH5842Advanced Topics in Quantum InformationPH
APH5620Coherent and Quantum OpticsPH
APH5170Quantum Mechanics – IIPH
APH5480Advanced Statistical PhysicsPH
APH5680Superconductivity and applicationsPH
APH5500Dynamical SystemsPH
APH5815Ultrafast Lasers and ApplicationsPH
BEE5120Linear AlgebraEE
BEE5142Introduction to Information and Coding theoryEE
BEE5160Error control codingEE
BEE5347Electronic and Photonic Nanoscale DevicesEE
BEE6500Integrated Optoelectronic Devices and CircuitsEE
BEE6700Advanced Photonics LaboratoryEE
BEE7500Advanced topics in RF and PhotonicsEE
CMA5310Linear AlgebraMA
CCS5011Introduction to Machine LearningCS
CCS6111Foundations of CryptographyCS
CCS7111Advanced Topics in CryptographyCS
CCS7260Postquantum CryptographyCS