Nooshin-Estakhri

Congratulations to Dr. Nooshin Estakhri for her published article, “Long-Distance Photon-Mediated and Short-Distance Entangling Gates in Three-Qubit Quantum Dot Spin Systems,” selected as an Editors’ Suggestion by the top tier (Q1) journal Physical Review Research!  

Dr. Estakhri and her fellow researchers addressed the long-standing problem of how to scale up semiconductor spin qubit processors!  Using a combination of analytical techniques and numerical results, they showed that a modular quantum system consisting of resonator-coupled qubits can realize both short- and long-range entangling interactions with high fidelity. Their findings help identify optimal modular quantum dot architectures for quantum information processing on semiconductor chips. 

This work has been recognized for its exceptional quality, highlighting its significant contributions to the advancement of quantum technologies and quantum computing. Quantum computers can enable engineers to tackle important challenges that are outside the reach of modern classical supercomputers in computation, metrology, and communication. 

Dr. Estakhri joined the Fowler School of Engineering last year and has already reached a remarkable milestone in her career with this recognition. The Fowler School of Engineering is proud to have professors like Dr. Nooshin Estakhri both in the classroom and in research, making significant contributions to the fields of quantum physics and engineering.