Very glad to see that our recent article on Fermi Polarons in Atom-Ion Hybrid Systems appeared in Physical Review Letters!
@UniTrieste@UniCamerino@ufg_oficial
Impurities and polarons are ubiquitous in various branches of physics, from ultracold quantum gases to nuclear physics and condensed matter. In this comprehensive review, we explore their current understanding and future directions.
https://t.co/lhjuyIVXMp
IBM and Google’s prototype quantum computers run on qubits made from superconducting material. But in the race for full-scale quantum computing, an alternative type of qubit made from single atoms is gaining ground. @philipcball reports: https://t.co/hOtty2XvAE
We're thrilled that our recent article on out-of-equilibrium dynamics in dipolar polarons has finally been published in Scipost Physics. @UniCamerino@UniHannover
https://t.co/eQ811l80cQ
A tutorial on why high-T_c superconductivity is so difficult to achieve.
SC requires a coherent quantum condensation of electrons breaking a subtle symmetry so that the electrons in the solid spontaneously develop an energy gap in its spectrum. This can only happen if there..
[2/2] Exciting perspectives with polarons with highly magnetic (electric) moment! Polaron fo rmation in dipolar polarons. #quantum#ultracold
https://t.co/jZGwbadAVm
[1/2] Exciting perspectives with polarons with highly magnetic (electric) moment! Polaron fo
rmation in dipolar polarons. #quantum#ultracold
https://t.co/GBzedKfeyg
Conference on "Multicomponent Superconductivity and Superfluidity" at the beautiful San Benedetto del Tronto (Italy)
08-10 September 2023
@UniCamerino @ScienceUAntwerp @UniSalerno#NQSTI
https://t.co/yCfnGLicwN
Phys. Rev. A 107, L021302 (2023) - Catalyzation of supersolidity in binary dipolar condensates https://t.co/rhwLOCqHxh
Here, we show realistic conditions for which doping an unmodulated condensate with a second component catalyzes droplet nucleation and supersolidity.