LPP - Laboratoire de Physique des Plasmas - UMR 7648 - 2020

Laboratoire de Physique des Plasmas

École Polytechnique, route de Saclay, F-91128 PALAISEAU CEDEX

Sorbonne Université, Campus Pierre & Marie Curie, B.C. 90, 4 place Jussieu, F-75252 PARIS CEDEX 05

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Home > About us > Media > Archived news > 2020

2020

The charged dust at Saturn is making its equatorial ionosphere much more conductive!

Inna Orel defended her PhD thesis "Measurements of electric field and dissociated species in nanosecond discharges for kinetic and biological applications"

Probing the reaction pathways in electrical discharges in oxygen: Time-resolved Cavity Ringdown Spectroscopy

The thesis by Giulia Cozzani, former PhD student at LPP, is published in the collection Springer Theses with the distinction "Recognizing outstanding PhD research"

Make tokamak plasmas rotate by small axisymmetric magnetic disturbances

Marlous Hofmans has defended her PhD on "Experimental characterization of helium plasma jets”

Alejandro Alvarez Laguna has been recruited as Researcher by the CNRS to work in the low-temperature plasma team at the LPP

Thomas Charoy defended his PhD on "Numerical study of electron transport in Hall thrusters"

Flight model of the search coil magnetometer of the JUICE mission delivered to ESA

Audrey Chatain defended her PhD on "Aerosols – plasma interaction in Titan’s ionosphere"

A paper by the low-temperature plasma team selected for the cover page of the journal “Physics of Plasmas“

Florian Marmuse defended his PhD "Iodine plasmas: experimental and numerical studies. Application to electric propulsion.”

Jupiter’s moon Europa: New evidence of watery plumes

New and efficient pathways for N₂ dissociation using high energy density low-temperature plasmas

Opening of applications for the Master M2 of Physics of Plasmas and Fusion

Fundamental data for CO₂ dissociation determined experimentally at LPP

The LPP at the time of confinement

Successful Solar Orbiter launch

Space plasmas turbulence : first in-situ estimation of the dissipation rate at sub-ion scales

A new theory to explain light emission patterns in electrical glow discharges

The Cluster mission turns 20 years

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