Samuel Lellouch

Samuel Lellouch is an Assistant Professor in Digital Twinning at the University of Birmingham, affiliated with both the School of Engineering and School of Physics and Astronomy. His research focuses on quantum systems, quantum technologies, and digital twins of quantum sensors. He leads a team developing theoretical models and simulations for quantum sensor applications in positioning, civil engineering, and space.

Education: PhD in Physics (2014, Institut d’Optique, Université Paris 11), MSc in Quantum Physics (2011, Ecole Normale Supérieure), BSc in Physics and Engineering Diploma (2010, Ecole Polytechnique).

Research Interests: Optimizing matter-light interactions for quantum devices, atom interferometry development, digital twins for quantum sensors, and theory of ultracold quantum systems. Collaborations include Thales Alenia Space, NIST, and the AION consortium.

Recent Publications (2013-2023) highlight advancements in atom optics, quantum sensing, and parametric instabilities in Bose-Einstein condensates. His work bridges fundamental quantum science and applied quantum technologies.

Key Awards: Young Researcher Prize 2015 from IFRAF/GdR Atomes Froids.

Labs/Teams: Theory and Digital Twinning for Quantum Technologies group at the UK Quantum Hub for Sensing and Timing.