Theory of quantum gases and fluids

Principal investigators: Sandro Stringari, Lev P. Pitaevskii, Franco Dalfovo, Stefano Giorgini, Iacopo Carusotto, Chiara Menotti, Alessio Recati.

Main research field:

• THEORY OF BOSE GASES AND BOSE-EINSTEIN CONDENSATES
• THEORY OF FERMI GASES
• QUANTUM MIXTURES, QUANTUM IMPURITIES, POLARONS
• SUPERFLUIDITY AND SUPERSOLIDITY
• DIPOLAR GASES
• MULTICOMPONENT AND COHERENTLY COUPLED CONDENSATES
• LOW DIMENSIONAL SYSTEM
• MODELS FOR ATOMS IN OPTICAL LATTICES

Recent PhD theses:

• Miki Ota (2020), Sound propagation in dilute Bose gases
• Luca Parisi (2019), Mixtures of ultracold Bose gases in one dimension: A Quantum Monte Carlo study
• Fabrizio Larcher (2018), Dynamical excitations in low-dimensional condensates: sound, vortices and quenched dynamics
• Giulia De Rosi (2017), Collective oscillations of a trapped atomic gas in low dimensions and thermodynamics of one-dimensional Bose gas
• Alberto Sartori (2016), Dynamical properties of Bose-Bose Mixtures
• Luis A. Peña Ardila (2015), Impurities in a Bose-Einstein condensate using quantum Monte-Carlo methods: ground-state properties
• Nicola Bartolo (2014), Matter Waves in Reduced Dimensions: Dipolar-Induced Resonances and Atomic Artificial Crystals
• Giovanni Italo Martone (2014), Static and dynamic properties of spin-orbit-coupled Bose-Einstein condensates
• Zou Peng (2014), Mean-field theory for the dynamics of superfluid fermions in the BCS-BEC crossover
• Hou Yan-Hua (2013), Two-fluid Hydrodynamics of a quasi-1D unitary Fermi gas
• Marco Larcher (2013), Localization and spreading of matter waves in disordered potentials
• Natalia Matveeva (2013), Study of dynamic and ground-state properties of dipolar Fermi gases using mean-field and quantum Monte Carlo methods
• Gianluca Bertaina (2010), Study of Ultracold Fermi Gases in the BCS-BEC Crossover: Quantum Monte Carlo Methods, Hydrodynamics and Local Density Approximation
• Ingrid Bausmerth (2009), Fermi Mixtures: Effects of Engineered Confinements