Quantum Algorithm and Applications Research ( Theory + Practice)
Quantum Algorithm and Applications Research ( Theory + Practice)
RIKEN Quantum Information Physics Lab, RIKEN Wako Campus, Japan.
Email: m.rahaman93@ieee.org
Google Scholar
PhD in Quantum Signal Processing and Optimization, IIT Kharagpur
MS, IIT Kharagpur
Recent
Invited Talk at Centre for Quantum Computing, RIKEN Wako Campus, Japan, September 29, 2025.
Invited Guest Talk at ISIT at Ann Arbor, Michigan, June 22-27, 2025.
Invited Talk at Indo-German Workshop, May 2-5, 2025.
Presentation for an Invited Talk at IIT Delhi on 2-5th April, 2025.
Invited Talk in Department of Chemistry at IIT Bombay on 25th February, 2025.
To contact, please drop an email/linkedin message.
Driven by the potential of quantum simulation to revolutionize diverse scientific domains, I am particularly interested in applications spanning quantum signal processing, quantum chemistry, drug discovery, machine learning, and optimization problems. My work seeks to bridge theoretical advancements with practical implementations, contributing to the development of robust and scalable quantum algorithms that can unlock the transformative capabilities of quantum technologies.
Quantum Hamiltonian Simulation and Complexity
Quantum Time Dynamics - Chemistry and Biology
Quantum Machine Learning
Quantum algorithm for Algebraic group and Topology
Senior Member, IEEE.
Taught a course (Hybrid mode) on "Quantum Computing and its Applications" at S N Bose National Centre of Basic Sciences, Kolkata (Spring Semester 2025) [PG level course] as a Visiting Faculty.
Teaching for AICTE-DST Quantum Minor Program Course at MNIT Jaipur (online) for QT01, QT02, QT03, and QT-05.
Skills: Mathematics, Git & Github, QISKIT, Python, Rust, C, Matlab
Visiting Scientist, RIKEN Wako Campus, Japan.
Nature Scientific Report
IEEE Transactions
Link:
Learn more about IBM Latest Heron Processor and System Two! Click Here
Class notes (Informal)
Linear algebra for quantum computing for beginners [UG level tutorial]
Basis and Factorisation Techniques for Quantum Computing [PG level tutorial]