Dr Mohamed Abobeih
Postdoctoral Research Fellow at Harvard University
Dr Mohamed Abobeih
Dr Mohamed Abobeih
About
Dr Abobeih is a postdoctoral research fellow at Harvard University. He holds a PhD from the Delft University of Technology
Current research
Abobeih is interested in quantum information processing (quantum computing) and quantum sensing with solid state spins in diamond. He, along with his team, developed methods to experimentally control complex nuclear-spin systems coupled to the electron spin of nitrogen-vacancy centres in diamond and used these for various applications in quantum sensing, quantum information processing and quantum simulation.
Future research vision
Abobeih is interested in pushing the frontiers of quantum computing and simulation using Rydberg atom arrays trapped in optical tweezers.
Key publications

Abobeih, MH et al. Fault-Tolerant Operation of a Logical Qubit in a Diamond Quantum Processor. Nature, 2022.

Randall, J et al. Many-Body–Localized Discrete Time Crystal with a Programmable Spin-Based Quantum Simulator. Science, 2021.

Abobeih, MH et al. Atomic-Scale Imaging of a 27-Nuclear-Spin Cluster using a Quantum Sensor. Nature, 2019.

Bradley, CE et al. A Ten-Qubit Solid-State Spin Register with Quantum Memory up to One Minute. Physical Review X, 2019.

Abobeih, MH et al. One-Second Coherence for a Single Electron Spin Coupled to a Multi-Qubit Nuclear Spin Environment. Nature Communications, 2018.

Key awards

Rubicon grant, Dutch Research Council.

Kavli Delft Publication Prize, Kavli Institute of Nanoscience Delft.

Best Poster Award, Diamond Photonics Conference (Lausanne).

MSc Scholarship, Erasmus Mundus.

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