I am currently working as a Quantum Algorithms Scientist at Diraq, a quantum computing company building spin qubits on silicon transistors.

Previously, I was a Hartree Postdoctoral Fellow at the Joint Center for Quantum Information and Computer Science. I am interested in the intersection of physics and computer science. My research focuses on Quantum Information and Quantum Computing.

You can find my publications here.

Quantum Algorithms

My research focuses on advancing quantum algorithms with applications in physics, computer science and engineering. My work encompasses several areas, including Hamiltonian simulation, quantum algorithms for linear equations, quantum differential equation solvers, and quantum algorithms for combinatorial optimization. Additionally, I have work on the capacities and limitations of variational algorithms.

Quantum Complexity Theory

I’m interested in computational complexity theory as a way to understand the computational power of quantum computers and also as a tool to understand the hardness of various problems in physics. I aim to deepen the understanding of quantum computational advantages and address computational problems in physical systems.