Ground-breaking quantum physics breakthrough!

From Dhaka to the Frontiers of Quantum Physics: The Extraordinary Journey of Dr. M. Zahid Hasan, the Scientist who may be destined to become a Nobel Laureate

Dr. M. Zahid Hasan, Expatriate Fellow of Bangladesh Academy of Sciences & Eugene Higgins Professor of Physics at Princeton, New Jersey, USA has emerged as one of the world’s leading quantum physicists, taking a remarkable journey from Dhaka to Princeton University. Known for pioneering work in topological quantum matter, he made history in 2015 by leading the first experimental discovery of the Weyl fermion—an 85-year-old theoretical particle whose properties could enable ultra-fast, nearly heatless electronics.

M. Zahid Hasan, who started off his academic career in Dhaka, Bangladesh, now leads the Laboratory for Topological Quantum Matter and Advanced Spectroscopy.

The importance of this finding stems from its future applications in quantum computing and energy-efficient electronics. Furthermore, their research not only demonstrates the resilience of topological circuits against defects and impurities, but it also opens up new paths for researching quantum information science.

As the Eugene Higgins Professor of Physics at Princeton, Dr. Hasan has transformed theoretical quantum concepts into physical reality, placing himself at the forefront of the “Second Quantum Revolution.” His groundbreaking research has earned major international honors, including the Ernest Orlando Lawrence Award and the Mustafa Prize.

A proud Bangladeshi, Dr. Hasan studied at Dhaka College and is now a Fellow of the Bangladesh Academy of Sciences, where he supports scientific advancement and mentors young researchers.

His achievements have inspired speculation that Bangladesh may one day celebrate its first Nobel Prize in Physics. More importantly, his story stands as powerful proof that world-changing scientific discovery can begin in a classroom in Dhaka.

Bangladesh Academy of Sciences Congratulate to M. Zahid Hasan and his Princeton colleagues on their ground-breaking quantum physics breakthrough!