Denise J.M. Ahmed-Braun

Denise J.M. Ahmed-Braun is a researcher affiliated with the Applied Physics and Science Education department at Eindhoven University of Technology (TU/e), focusing on the Coherence and Quantum Technology research group. Her academic background includes a Master's thesis in 2018 titled A consistent coupled-channels description of Feshbach resonances through two-, three-, and many-body systems, supervised by Prof. S. Kokkelmans and others. She has actively contributed to international scientific conferences, presenting invited and contributed talks on topics like non-equilibrium dynamics in Bose gases and three-body physics in lithium-7 systems.

Her research interests center on quantum many-body systems, particularly exploring non-Gaussian correlations, entanglement generation, and quantum phenomena in ultracold atomic gases. Key areas include Efimov physics, superfluid dynamics, and the interplay between spin-exchange interactions and quantum coherence. Her work bridges theoretical physics with experimental insights, often involving collaborations with institutions globally.

Denise has published extensively in top journals like Physical Review Letters and Physical Review A, with a focus on advancing understanding of quantum correlations, many-body systems, and nonequilibrium dynamics. Her contributions include studies on Higgs oscillations in Fermi superfluids and emergent phenomena in three-body interactions. She maintains an Open Access publishing preference and has been cited over 64 times in Scopus-indexed works.

As part of her academic activities, Denise has engaged in collaborative research projects and presented findings at multiple international conferences. She currently holds no listed awards but is an active member of the quantum science community through her research group and peer-reviewed contributions.