My Expertise
Semiconductor quantum computing, Condensed matter physics, Nanoelectronics, Quantum Material & Device Simulation, 2D Materials
Biography
I am a computational physicist who develops advanced simulation techniques to understand quantum materials and devices. My research is interdisciplinary in scope and spreads over condensed matter physics, electrical engineering, material science, and computational science. My objective is to develop future electronics and computing technologies utilizing novel quantum phenomena in condensed matter. Solid-state quantum computing is one of my...view more
I am a computational physicist who develops advanced simulation techniques to understand quantum materials and devices. My research is interdisciplinary in scope and spreads over condensed matter physics, electrical engineering, material science, and computational science. My objective is to develop future electronics and computing technologies utilizing novel quantum phenomena in condensed matter. Solid-state quantum computing is one of my active areas of research. I have developed computational tools that can simulate various aspects of semiconductor qubits such as electronic structure, response to electric and magnetic fields, many-body interactions, and spin-lattice and spin-spin interactions. I am also interested in emerging 2D and topological materials for low energy electronics.
My Grants
- "Multi-nuclear spin register quantum computing in silicon", US Army Research Office, 2023-2027.
- "Atomic scale control over quantum materials", ARC LIEF 2022.
- “Enlightening single rare-earth atoms in scanning tunneling microscopy”, ARC Discovery Project 2021, (1/12021-31/12/2024).
- “Engineering giant momentum asymmetry of quantum vacuum”, US DARPA, Dec 2020-Dec2021.
- “Accelerated donor device development through atomistic modeling”, Silicon Quantum Computing Pty. Ltd. (May 2020-May 2024).
- “Donor based quantum computing in silicon”, US Army Research Office, Jan 2017-May 2021.
- “Designing quantum fluctuational meta-molecules for giant co-operative light-matter interaction beyond spectral boundaries”, US DARPA, Aug 2018-Feb 2020.
My Qualifications
PhD, Purdue University, USA, 2009.
Masters, Purdue University, USA, 2005.
Bachelor of Arts, Gettysburg College, USA, 2002.
My Research Supervision
Areas of supervision
Condensed matter physics, quantum computing
Currently supervising
Research Associates:
Dr. Yuling Hsueh (Lecturer)
Dr. Hongyang Ma
Dr. Md. Serajum Monir
Dr. Mushita Masud Munia
PhD Students:
Pratik Chowdhury
Hannan Mousavi
Sarinle Yusuf
Priyangana Chatterjee
Alumni:
Dr. Edyta Osika (Postdoc)
Dr. Abu Mohammed Saffat-ee Huq (PhD)
Dr. Md. Serajum Monir (PhD)
Dr. Mushita Masud Munia (PhD)
Angus Worrall (Honours)
Zachary Kembrey (Honours)
My Teaching
First Year Physics: Mechanics, Thermal Physics and Waves: Physics 1121/1131 (1A)
Experimental and Computational Physics 3112
Quantum mechanics of solids Physics 3118
Past:
Electromagnetism Physics 2114
First Year Lab Director
Publications
ORCID as entered in ROS
https://orcid.org/0000-0003-1649-823X