Associate Scientists / March, 2019 — January, 2021

As a member of NASA QuAIL team I focused on research in: benchmarking quantum hardware and algorithms, building noise models for quantum circuits, developing novel quantum algorithms, investigated properties of variational quantum algorithms. Additionally, I was actively contributing in writing grant proposals, supervision of interns (grad and undergrad students), and collaboration with industrial partners (e.g. Google, IBM, Rigetti).

Scientist / January, 2021 — October, 2022

Continued to work on various topics in the field of quantum computing, like: building machine learning models for quantum chemistry, developed new quantum algorithms, simulated quantum systems and quantum circuits. Supervised interns and applied for research grants.

Scientist / November, 2022 — Present

Developed quantum machine learning models for modeling chaotic systems, in particular proposed and tested (both in classical simulation and quantum simulation) a hybrid quantum reservoir computing algorithm.

NITheP Postdoctoral Fellow / September, 2015 — February, 2017

Characterized (non-)Markovian dynamics of open quantum systems. Proposed a photonic experiment for testing non-convex mixing of open quantum systems dynamics that later was realized at UKZN. Prepared and conducted lecture and tutorials for undergraduate students.

Visiting Researched / March, 2017 — February, 2019

Visited the group of Prof. Buchleitner as a winner of Mobility Plus grant awarded by Polish Ministry of Higher Education. During my 2 years stay I investigated entanglement properties of variational quantum eigensolver (in collaboration with IBM Zurich), as well as statistical properties of the D-Wave quantum annealer (in collaboration with VW DataLab). Additionally, I continued investigating properties of entanglement witnesses and open quantum systems. I conducted tutorials for Master's students. During my visit I co-supervised Bachelor's and Master's students.