Quantum Remeshing and Fracture Mechanics
We use a remeshing technique to simulate a more complex, 2D vector field on photonic quantum computers and up to 19Q.
Variational Simulation of the Heat Equation
We use parametrized quantum circuits to solve 2D and 3D differential equations with non-trivial boundary conditions and useful output observables.
Generalized Quantum Walks
How to simulate various differential equations using a minimal number of qubits.
Addressable Quantum Gates
How to encompass indefinite causal orders in a address-like manner.
Latest Activities
I am currently working towards a Ph.D. in Computer Science under the supervision of Fabrice Debbasch and Kyryl Kazymyrenko.
I devise quantum algorithms about novel ways to simulate the Dirac equation and a fracture mechanics problem.