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Fatma Abbass is an experimental physicist and photonics specialist with a strong foundation in laser physics and quantum technologies. During my Master’s in Photonics, Nanotechnology & Quantum Technology, worked extensively with ultrafast lasers, mode-locked cavities, nonlinear optics, and single-photon experiments, in addition to cleanroom nanofabrication of nanostructures and metasurfaces. Building on this expertise, advanced to cryogenic ion trap systems and superconducting RF detection in my PhD work at JGU and CERN, contributing to high impact publications in Nature and Physical Review Letters. my research brings together laser-based measurement, photonics innovation, and precision antimatter physics at the frontier of quantum science.
Laser & Photonics Expertise: Ultrafast lasers, mode-locked systems, nonlinear optics, single-photon experiments, and NV-center magnetometry.
Quantum Technologies: Quantum key distribution, single-qubit manipulation, and precision quantum measurement techniques.
Cryogenic & RF Systems: Design and operation of cryogenic ion traps, superconducting thin-film resonators, and RF detection electronics.
Nanofabrication & Materials: Cleanroom experience in photolithography, thin-film deposition, and metasurface/nanostructure fabrication.
Antimatter & Particle Physics: Development of traps and advanced detection systems at CERN.
Research Leadership & Mentorship: Laboratory setup, supervision of students, and training in advanced experimental physics.
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QuantLase Research & Development Center, a subsidiary of International Holdings Company (IHC) in Abu Dhabi, is a research and innovation laboratory focused on developing sustainable solutions for the UAE community.