Sede ufficiale: LARGO BRUNO PONTECORVO, 3, 56127 PISA
Email: maria.luisa.chiofalo@unipi.it
Telefono: 050 2214553
We promote the dissemination of knowledge and support social transformation, contributing to the progress of both the community and the region
Sede ufficiale: LARGO BRUNO PONTECORVO, 3, 56127 PISA
Email: maria.luisa.chiofalo@unipi.it
Telefono: 050 2214553
Struttura: Dipartimento di Fisica
Settore scientifico-disciplinare: Fisica Teorica della Materia, Modelli, Metodi Matematici e Applicazioni PHYS-04/A
Modalità: Tutti i venerdì e comunque su appuntamento scrivendo a marilu.chiofalo@unipi.it
Luogo:
Orario:
I am an expert in the design of strongly correlated quantum states of matter under extreme conditions of low temperatures, strong interactions, and reduced dimensionality, and of their use for quantum technologies and precision measurements. My best recognized contributions are in the theory of superconductivity and fermionic superfluidity, especially the prediction of resonance superfluidity in Fermi gases later realized by Debbie Jin at JILA (over all papers more than 1000 citations up to date), the first theory of time-dependent density functional for superfluids as a method, and the simulation of Bose-gases dynamics also with applications to atom interferometry (over all papers more than 1000 citations).
During the last few years, my research has been reborn along new directions, taking advantage of ten years (2008-2018) slow-down for administrative and institutional offices, and while progressively folding up my previous interests. My way in science is extremely curiosity driven, connecting most abstract ideas with real experiments, and markedly with international traits. More recently, I could give to my research a truly cross-disciplinary character, in the way I imagined for myself as a science-passionate child, engendered by more recent encounters with inspiring women-scientists colleagues.
My research now focuses on conceiving and engineering quantum technologies (mainly in quantum gases platforms), using quantum theoretical and simulation methods, in three directions:
(QS) Quantum simulators to address time-dependent, out-of-equilibrium problems of condensed matter or fundamental physics (like with analogue gravity), neurobiology (like with QoolNeSS), within the driven-dissipative open quantum systems framework. I recently started a program on quantum computing for biological systems within NEXT-Gen EU funded Italian Center for Quantum Computing, also being scientific responsible of a EU-PON funded RTDA grant, and part of ELLIS- European Lab for Learning&Intelligent Systems. More recently, I contributed to start an inter-university collaboration agreement between the Universities of Pisa, Radboud and Helsinki on the theme Quantum Physics and Neuroscience, for which I am the scientific referent at the University of Pisa.
(QM) Quantum metrology, also contributing to the cross-disciplinary networks AEDGE (Atomic Experiments for Dark Matter and Gravity Exploration in Space), TVLBAI (Terrestrial Very-Long Baseline Atomic Interferometry) and STE-QUEST (Space-Time Explorer and Quantum Equivalence Principle Space Test), and acting as internal reviewer in the VIRGO-LIGO collaboration.
PER/POR. I have more recently formalized my disciplinary activity in Physics Education and Physics Outreach Research, the latter being a field that I have initiated, with a specialization on quantum physics, tutorials-based methods for college students, and teachers training and professional development starting from kindergarten.