Magnetic reconnection (MR) processes, which result from local modifications of the connectivity of magnetic field lines and can thus connect plasmas of different origins (such as solar plasma and the terrestrial magnetosphere), are by nature multi-scale. This change of connectivity is accompanied by a fast release of magnetic energy as heat and accelerated particles, which are at the origin of many observed phenomena in nature and plasma experiments.1,2 Taking into account different geometries, common features characterizing MR in both space and fusion plasmas become apparent.

Guest Editorial: Magnetic reconnection in space and fusion plasmas

Grasso, D.;
2025

Abstract

Magnetic reconnection (MR) processes, which result from local modifications of the connectivity of magnetic field lines and can thus connect plasmas of different origins (such as solar plasma and the terrestrial magnetosphere), are by nature multi-scale. This change of connectivity is accompanied by a fast release of magnetic energy as heat and accelerated particles, which are at the origin of many observed phenomena in nature and plasma experiments.1,2 Taking into account different geometries, common features characterizing MR in both space and fusion plasmas become apparent.
2025
Istituto dei Sistemi Complessi - ISC
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/548922
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