Abbas Hussein

Abbas Hussein

Research Fellow, Physics and Machine Learning

Biography

Prior to AICF, Dr Abbas Hussein worked at the Australian National University's Quantum Science and Technology department. Specializing in cold-atoms and quantum physics, his research leans heavily into quantum simulation, supported by his prowess in scientific programming tools like Python, Mathematica, and Matlab. Abbas's doctoral journey encompassed areas such as laser physics, optics, and numerical simulations on BEC.

Abbas completed his Masters in Theoretical Physics at Cairo University and beyond research, he's served as a Lecturer Assistant at Cairo University and has taught at STEM schools. His teaching approach uniquely blends theory with practice, aiming to uplift undergraduate student experiences making intricate physics concepts accessible to students.

With contributions to scientific literature on topics ranging from chiral superfluids to magnetic properties of charged bosons, Abbas remains a vital voice in advancing quantum physics understanding. His work bridges theoretical insights with tangible applications in the quantum realm.

Research

His Research interest include;

  • Quantum simulation,
  • Scientific programming tools like Python, Mathematica, and Matlab,
  • Machine learning
  • Laser physics,
  • Optics,
  • Numerical simulations on BEC.
Professional
  • Expertise in cold-atoms and quantum physics with a specialization in quantum simulation at the Australian National University.
  • Proficient in scientific programming tools, notably Python, Mathematica, and Matlab, supporting intricate quantum research.
  • Comprehensive doctoral research covering laser physics, optics, and BEC numerical simulations.
  • Recognized achievements including the prestigious ANU Ph.D. scholarship and the Schlumberger Award.
  • Significant contributions to quantum literature, notably on chiral superfluids and the rotating Bose gas.