One-dimensional quantum many-body systems exhibit peculiar and intriguing behaviors as a consequence of the reduced dimensionality, which enhances the effect of fluctuations and correlations. The high degree of isolation and controllability of experiments manipulating ultra-cold atomic gases allows for the experimental simulation of text-book models, for which many theory tools are available for quantitative comparison. I will present instances of such efforts carried out during my PhD thesis, namely, the studies performed to investigate the behavior of 1D Bose gas (Lieb-Liniger gas) at equilibrium and beyond. An overview of the toolbox available to date to characterize the equilibrium thermodynamics of a Lieb-Liniger gas will be shown, fol...
Les gaz d'atomes utlra-froids sont adaptés pour simuler des phénomènes observés en physique de la ma...
In this thesis we study the physics of quantum many-body systems confined to one-dimensional geometr...
Strong correlation in one-dimensional (1D) quantum systems drastically changes their dynamic and tra...
One-dimensional quantum many-body systems exhibit peculiar and intriguing behaviors as a consequence...
One-dimensional quantum many-body systems exhibit peculiar and intriguing behaviors as a consequence...
Les systèmes quantiques unidimensionnels à N corps présentent des comportements particuliers et intr...
Considerable progress has taken place in recent years in modeling the large-scale dynam- ics of one-...
Ultracold atom gases are a versatile platform to simulate condensed matter physics phenomena, as vir...
This thesis contains several experimental studies centered around the dynamics of bosons in one dime...
Ultracold atom gases are a versatile platform to simulate condensed matter physics phenomena, as vir...
This thesis contains several experimental studies centered around the dynamics of bosons in one dime...
This thesis contains several experimental studies centered around the dynamics of bosons in one dime...
This thesis describes a collection of experiments that explore interacting ultracold Bose gases, bot...
Cette thèse contient plusieurs études expérimentales centrées sur la dynamique des bosons dans une d...
This thesis examines, alongside a series of experiments, the far-from-equilibrium dynamics of isolat...
Les gaz d'atomes utlra-froids sont adaptés pour simuler des phénomènes observés en physique de la ma...
In this thesis we study the physics of quantum many-body systems confined to one-dimensional geometr...
Strong correlation in one-dimensional (1D) quantum systems drastically changes their dynamic and tra...
One-dimensional quantum many-body systems exhibit peculiar and intriguing behaviors as a consequence...
One-dimensional quantum many-body systems exhibit peculiar and intriguing behaviors as a consequence...
Les systèmes quantiques unidimensionnels à N corps présentent des comportements particuliers et intr...
Considerable progress has taken place in recent years in modeling the large-scale dynam- ics of one-...
Ultracold atom gases are a versatile platform to simulate condensed matter physics phenomena, as vir...
This thesis contains several experimental studies centered around the dynamics of bosons in one dime...
Ultracold atom gases are a versatile platform to simulate condensed matter physics phenomena, as vir...
This thesis contains several experimental studies centered around the dynamics of bosons in one dime...
This thesis contains several experimental studies centered around the dynamics of bosons in one dime...
This thesis describes a collection of experiments that explore interacting ultracold Bose gases, bot...
Cette thèse contient plusieurs études expérimentales centrées sur la dynamique des bosons dans une d...
This thesis examines, alongside a series of experiments, the far-from-equilibrium dynamics of isolat...
Les gaz d'atomes utlra-froids sont adaptés pour simuler des phénomènes observés en physique de la ma...
In this thesis we study the physics of quantum many-body systems confined to one-dimensional geometr...
Strong correlation in one-dimensional (1D) quantum systems drastically changes their dynamic and tra...