Molecular Quantum Mechanics
Built my foundational understanding of atomic-level interactions and approximation theories. Key concepts applied in my research.
About
I'm an early-stage independent researcher from Bangladesh, passionate about quantum materials and nanoscale phenomena. My work aims to understand the physical properties of nanomaterials through first-principles calculations, exploring how atomically thin structures can lead to new opportunities in electronics, photonics, and information functionalities.
I'm particularly interested in how spins, light, and topology interconnect at the subatomic level, and how we can harness these aspects for future technologies.
Research Interests
Current Focus
- Spin-dynamics in low-dimensional materials (2D monolayers, quantum dots, TM-based compounds)
- Nonlinear optics in noncentrosymmetric systems
- Density Functional Theory (DFT) and computational physics methods
- Doping, defects, and surface-induced disorder in 2D flakes
Future Directions
- Real-space topological features of confined materials
- Cavity quantum electrodynamics and spin–photon interactions via QED-DFT methods
Influential Books
Quantum Transport: Atom to Transistor
My introduction to NEGF theory. Chosen for its precise explanations, abundant figures, and intuitive approach to transport properties.
Topological Quantum Materials
Exceptional for self-study—creates intuitive scenarios before detailed explanations. Excellent for understanding topological insulators, disordered transport, and Majorana zero modes from first principles.
Quantum Field Theory for the Gifted Amateur
Discovered during a power blackout. Amazed by how intricate concepts could be explained conversationally. Focused on propagators, statistical mechanics, Klein-Gordon equations, and cavity dynamics.
Pivotal Literature
Recent Progress on 2D Magnets
Fundamental understanding of intrinsic magnetism and defect-induced magnetizations in low-dimensional systems.
Tutorial on Nonperturbative Cavity Quantum Electrodynamics
Sparked my curiosity about spin-photon coupling through QED-DFT approaches—a direction I hope to pursue as my expertise develops.