The concept of how magnetosheath plasma can cross the magnetopause is one of the key elements for a global view of the magnetosphere. According to this view, viscous interaction is the main process to produce convection of plasma in the magnetotail, resulting in auroral phenomena, and other related processes. The mechanism is illustrated herein. The key element is that the electric field is not constant, as assumed in reconnection theories, but reverse within the magnetopause current sheet. Particles, representing magnetosheath ions were traced as they impinge upon the magnetopause
Previous work using IMP-8 data has shown the existence of an energetic electron layer adjacent to t...
The role a geospace plume in influencing the efficiency of magnetopause reconnection is an open ques...
International audienceWe use the global MHD model GUMICS-4 to investigate the energy and mass transf...
International audienceThis paper reports the results of numerical modeling of magnetosheath ion moti...
Observations presented here support the kinetic (or single particle) description of reconnection whe...
The solar wind interaction with the terrestrial magnetosphere is a source for many spectacular pheno...
This Dissertation presents a in-depth study of the electron dynamics in magnetic reconnection in an ...
From the International Sun-Earth Explorers (ISEE) 1 magnetopause crossings on November 10, 1977, thr...
The main thrust of our research is to study the consequences of particle dynamics in the current she...
In the open magnetosphere model magnetic field lines from the polar caps connect to the interplaneta...
International audienceIn this paper, we present a case study of continuous reconnection at the daysi...
This is the final report of a three-year, Laboratory-Directed Research and Development (LDRD) projec...
This paper presents in situ observational evidence from the Cluster Ion Spectrometer (CIS) on Clus...
International audienceDue to the velocity shear imposed by the solar wind flowing around the magneto...
International audienceA statistical analysis of data from the ISEE-3 distant tail campaign is presen...
Previous work using IMP-8 data has shown the existence of an energetic electron layer adjacent to t...
The role a geospace plume in influencing the efficiency of magnetopause reconnection is an open ques...
International audienceWe use the global MHD model GUMICS-4 to investigate the energy and mass transf...
International audienceThis paper reports the results of numerical modeling of magnetosheath ion moti...
Observations presented here support the kinetic (or single particle) description of reconnection whe...
The solar wind interaction with the terrestrial magnetosphere is a source for many spectacular pheno...
This Dissertation presents a in-depth study of the electron dynamics in magnetic reconnection in an ...
From the International Sun-Earth Explorers (ISEE) 1 magnetopause crossings on November 10, 1977, thr...
The main thrust of our research is to study the consequences of particle dynamics in the current she...
In the open magnetosphere model magnetic field lines from the polar caps connect to the interplaneta...
International audienceIn this paper, we present a case study of continuous reconnection at the daysi...
This is the final report of a three-year, Laboratory-Directed Research and Development (LDRD) projec...
This paper presents in situ observational evidence from the Cluster Ion Spectrometer (CIS) on Clus...
International audienceDue to the velocity shear imposed by the solar wind flowing around the magneto...
International audienceA statistical analysis of data from the ISEE-3 distant tail campaign is presen...
Previous work using IMP-8 data has shown the existence of an energetic electron layer adjacent to t...
The role a geospace plume in influencing the efficiency of magnetopause reconnection is an open ques...
International audienceWe use the global MHD model GUMICS-4 to investigate the energy and mass transf...