Research
1. Nuclear Interactions
We study heavy ion interactions to understand the interaction mechanism. We hope to uncover the hidden laws of the universe by studying the nucleus. We wish to enrich proper understanding of heavy ion interaction for proper use of these ions in cancer therapy.
2. Medical Physics
Our research in Medical Physics focuses on the application of physics and advanced technologies to healthcare, particularly in radiation therapy, medical imaging, radiation dosimetry, and treatment optimization. We aim to contribute to safer, more accurate, and effective diagnostic and therapeutic techniques through interdisciplinary research.
3. Radiation Shielding and Measurement
We deal with the interaction of radiation with matter and investigate the harmful effects of secondary particles after fragmentation. Our research has real world applications in designing and developing shielding material for space shuttles to protect astronauts from radiation. This study can also help to assess the safety of astronauts from space radiation.
4. Nuclear Safety and Disaster Prevention
Our research in Nuclear Safety and Disaster Prevention focuses on understanding nuclear and radiological risks, improving safety systems, and developing strategies for emergency preparedness and disaster mitigation. We explore radiation risk assessment, environmental monitoring, safety management, and scientific approaches to reducing the impact of nuclear and radiological emergencies.
5. Quantum Computing
We are preparing to take the quantum leap with the rest of the world. Quantum computing is one of the pioneering fields of research. The United Nations has designated 2025 as the International Year of Quantum Science and Technology (IYQ). We wish to develop efficient quantum state and energy teleportation protocols for quantum communication.
Active Projects
Efficient Quantum Key Distribution using Generalized State Discrimination
Lead: Animesh Banik
Researchers: Md. Shihab Khan, Rafid Masrur Khan, Syed Emad Uddin Shubha, Quazi Muhammad Rashed Nizam
Presented at: 6th International Conference on Physics (ICP-2026), University of Dhaka, Bangladesh
Quantum Simulation of Nuclear Reactions
Lead: Animesh Banik
Contributing variational simulation methods to explore low-energy nuclear reaction dynamics (in preparation).