[1] The dynamics of x-line formation and evolution in 3D magnetic reconnection is studied using a fully kinetic approach. An x-line of small length is initialized using a perturbation localized in the current direction. The electrons and ions drift diamagnetically along the current direction of the initial x-line and are further accelerated by the reconnection electric field. The electron and ion motion is in opposite directions and each species extends one end of the x-line. Several predictions based on this picture are formulated and studied and confirmed under parameter variation. Expansion can proceed at a significant fraction o
Driven magnetic reconnection is a key physical process of converting magnetic energy into plasma ene...
<p>Most simulations and theories of magnetic reconnection assume that the diffusion region is symmet...
International audienceMagnetic reconnection involves, for each particle species, a diffusion region,...
Recent multisatellite observations of reconnection in the solar wind show that vey long extended x-l...
The integration of kinetic effects into macroscopic numerical models is currently of great interest ...
We present a number of 3D kinetic PIC simulations aimed at understanding the mechanisms behind the o...
International audienceThis paper focuses on magnetic reconnection and its role in magnetospheric phy...
International audienceIn the frame of magnetized plasmas, reconnection appears as an essential proce...
We study the evolutions of collisionless magnetic reconnection with full kinetic particle-in-cell si...
Using 3‐D particle‐in‐cell simulations, we study magnetic reconnection with the X‐line being spatial...
This study aims at analyzing the ions dynamics from fully kinetic simulations of symmetric magnetic ...
We report a newly found two-stage mechanism of electron acceleration near X-lines of 3D collisionles...
In this paper we report new kinetic features of ions and electrons observed in the vicinity of the...
Magnetic reconnection is a plasma process in which stored magnetic energy is converted into thermal ...
International audienceThis chapter addresses two important aspects of magnetic reconnection: time-de...
Driven magnetic reconnection is a key physical process of converting magnetic energy into plasma ene...
<p>Most simulations and theories of magnetic reconnection assume that the diffusion region is symmet...
International audienceMagnetic reconnection involves, for each particle species, a diffusion region,...
Recent multisatellite observations of reconnection in the solar wind show that vey long extended x-l...
The integration of kinetic effects into macroscopic numerical models is currently of great interest ...
We present a number of 3D kinetic PIC simulations aimed at understanding the mechanisms behind the o...
International audienceThis paper focuses on magnetic reconnection and its role in magnetospheric phy...
International audienceIn the frame of magnetized plasmas, reconnection appears as an essential proce...
We study the evolutions of collisionless magnetic reconnection with full kinetic particle-in-cell si...
Using 3‐D particle‐in‐cell simulations, we study magnetic reconnection with the X‐line being spatial...
This study aims at analyzing the ions dynamics from fully kinetic simulations of symmetric magnetic ...
We report a newly found two-stage mechanism of electron acceleration near X-lines of 3D collisionles...
In this paper we report new kinetic features of ions and electrons observed in the vicinity of the...
Magnetic reconnection is a plasma process in which stored magnetic energy is converted into thermal ...
International audienceThis chapter addresses two important aspects of magnetic reconnection: time-de...
Driven magnetic reconnection is a key physical process of converting magnetic energy into plasma ene...
<p>Most simulations and theories of magnetic reconnection assume that the diffusion region is symmet...
International audienceMagnetic reconnection involves, for each particle species, a diffusion region,...