Quantum Materials and Technologies


17 Sept.			14:00 - 15:30

ROOM 6

QUANTUM TECHNOLOGIES

ADVANCED MATERIALS
TT.III - Technical Parallel Track Sessions
Quantum Materials and Technologies
Session organized by Sapienza University of Rome Chair: Stefano LUPI, Sapienza University of Rome (to be confirmed)
Quantum materials are systems in which quantum effects—such as entanglement, topology, and strong electronic correlations—give rise to novel and often unexpected physical properties. These materials form the foundation for a new generation of quantum technologies, including quantum computing, sensing, and secure communication. This session brings together advances in the discovery, design, and manipulation of quantum materials, alongside progress in integrating them into functional devices. By bridging fundamental science with technological applications, the session highlights how quantum materials are enabling breakthroughs across condensed matter physics, materials science, and quantum engineering.
*The symposium is part of FE.II*
TT.III.H.1 FE.II.5.1	Introductive Keynote Leonetta BALDASSARRE - CV Sapienza University of Rome Advantages and challenges of resonance Raman with infrared excitation in the study of 2D materials
TT.III.H.2 FE.II.5.2	Erica FRAGOMENI - CV Sapienza University of Rome Modifications of electron-phonon coupling in K-doped bilayer graphene studied by means of infrared resonance Raman spectroscopy
TT.III.H.3 FE.II.5.3	Beatrice D'ALÒ - CV Synchrotron SOLEIL \| Sapienza University of Rome Inducing the exciton-to-trion conversion in monolayer WS2 under pressure
TT.III.H.4 FE.II.5.4	Fabrizio CIENZO - CV Sapienza University of Rome Quantum emitters in hexagonal boron nitride in ultra-high vacuum conditions
TT.III.H.5 FE.II.5.5	Valentina CARPENELLA - CV Leonardo Quantum Labs Reaserch at Leonardo Quantum Labs