In this article, we study the stability of the space of asymptotic fermion states in (2+1)D, when long range interparticle interactions are present. This is done in the framework of bosonization, where the fermion propagator can be represented in terms of a vortex correlator. In particular, we discuss possible instabilities in the large distance behavior of the induced action for the vortex worldline
We study the macroscopic dynamics of fermion and quantum-spin systems with long-range, or mean-field...
We study with lattice Monte Carlo simulations the interactions and macroscopic behaviour of a large ...
We analyze the quantum phases, correlation functions and edge modes for a class of spin-1/2 and ferm...
We discuss the effect of Fermi surface curvature on long-distance or time asymptotic behaviors of tw...
We study a finite-temperature spectrum renormalization and s-wave pairing instability in a system of...
We study the behavior of response functions of two-dimensional (2D) fermions interacting via a long-...
3We show how certain long-range models of interacting fermions in d + 1 dimensions are equivalent to...
We show how certain long-range models of interacting fermions in d + 1 dimensions are equivalent to ...
We show how certain long-range models of interacting fermions in d + 1 dimensions are equivalent to ...
We examine the low-energy behavior of two-dimensional electrons with current-current interactions. T...
Motivated by recent experiments, we consider a Schrödinger cat superposition of two widely separated...
We calculate the one-particle Green function of 2D fermions interacting via a long-range transverse ...
We calculate the one-particle Green function of 2D fermions interacting via a long-range transverse ...
AbstractMaxwell–Chern–Simons models in the presence of an instanton–anti-instanton background are st...
The description of a system of vortices in terms of dual fields provides a window to new phases of t...
We study the macroscopic dynamics of fermion and quantum-spin systems with long-range, or mean-field...
We study with lattice Monte Carlo simulations the interactions and macroscopic behaviour of a large ...
We analyze the quantum phases, correlation functions and edge modes for a class of spin-1/2 and ferm...
We discuss the effect of Fermi surface curvature on long-distance or time asymptotic behaviors of tw...
We study a finite-temperature spectrum renormalization and s-wave pairing instability in a system of...
We study the behavior of response functions of two-dimensional (2D) fermions interacting via a long-...
3We show how certain long-range models of interacting fermions in d + 1 dimensions are equivalent to...
We show how certain long-range models of interacting fermions in d + 1 dimensions are equivalent to ...
We show how certain long-range models of interacting fermions in d + 1 dimensions are equivalent to ...
We examine the low-energy behavior of two-dimensional electrons with current-current interactions. T...
Motivated by recent experiments, we consider a Schrödinger cat superposition of two widely separated...
We calculate the one-particle Green function of 2D fermions interacting via a long-range transverse ...
We calculate the one-particle Green function of 2D fermions interacting via a long-range transverse ...
AbstractMaxwell–Chern–Simons models in the presence of an instanton–anti-instanton background are st...
The description of a system of vortices in terms of dual fields provides a window to new phases of t...
We study the macroscopic dynamics of fermion and quantum-spin systems with long-range, or mean-field...
We study with lattice Monte Carlo simulations the interactions and macroscopic behaviour of a large ...
We analyze the quantum phases, correlation functions and edge modes for a class of spin-1/2 and ferm...