PHYSICS · FÍSICA GERAL E APLICADA / physics.plasm-ph

Física de plasmas

Plasma Physics · Plasmas fundamentais, confinamento magnético, fusão, plasmas de alta densidade de energia e astrofísicos.

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physics.plasm-ph11 de set. de 2026

Physics-Informed Neural Networks to Infer the Perpendicular Energy Conductivity in the Scrape-Off Layer of Stellarator Devices

J. Gallego (1), P. Protopapas (2), A. Bustos (1), A. Alonso (3), S. Barquero (3), A. Baciero (3), I. Rivera (3), J. A. Moríñigo (1), R. Mayo-García (1) ((1) Departamento de Tecnología, CIEMAT, Spain, (2) Harvard John A. Paulson School of Engineering and Applied Sciences, USA, (3) Laboratorio Nacional de Fusión, CIEMAT, Spain)

physics.acc-ph11 de set. de 2026

Physics-Informed Drift Diagnosis for Laser-Plasma Accelerator Operations

Ou Labun , Calin Hojbota , Mara Klebonas , Mike Downer , Rafal Zgadzaj , Phil Franke , Lance Labun

physics.plasm-ph11 de set. de 2026

Experimental Plasma Density Profiles Determined Through Measurements of the Magnetosonic Wave Speed

Cameron Kuchta , Jan Egedal , Abhishek Mhatre , Paul Gradney , Joseph Olson , Xinyu Yu , Cary B. Forest

physics.plasm-ph11 de set. de 2026

kobra: a new Vlasov code intended for plasma-wall modeling

Sebastian Konewko , Nathan Maestracci , Sven Van Loo

physics.plasm-ph11 de set. de 2026

Modeling of plasma transport during edge-localized mode in tokamak using a kinetic Vlasov-Poisson code

Ce Wang , Sven Van Loo , Geert Verdoolaege

physics.plasm-ph10 de set. de 2026

High-charge, highly polarized positron beams generated from a laser-driven nanowire-array target

De-Sheng Zhang , Cui-Wen Zhang , Kun Xue , Feng Wan , Xue-Ren Hong , Jian-Xing Li , Bai-Song Xie

physics.plasm-ph10 de set. de 2026

A polar-harmonic unified gas-kinetic scheme for magnetized ion dynamics from cyclotron kinetics to the Hall-Pedersen constitutive limit

Yixiao Wang , Zhigang Pu , Xing Ji , Kun Xu

physics.plasm-ph10 de set. de 2026

RF-Specific Tungsten Erosion and Global Transport in ITER under Neon Seeding

Atul Kumar , Dhyanjyoti Nath , Wouter Tierens , Jeremy D. Lore , Andrei Pshenov , Tom Wauters , Andrea Galvan , Davide Curreli , Syun'ichi Shiraiwa , Nicola Bertelli , Guillaume Urbanczyk , Sebastijan Brezinsek , Onkar Sahni , Mark Shephard , Walid Helou , Xavier Bonnin , Klaus Schmid , Volodymyr Bobkov

astro-ph.SR10 de set. de 2026

LINHA DO TEMPO EDITORIAL

A evolução de Física de plasmas

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Física de plasmas

Este tema acaba de entrar no radar.

Todos os papers

Physics-Informed Neural Networks to Infer the Perpendicular Energy Conductivity in the Scrape-Off Layer of Stellarator Devices

Physics-Informed Drift Diagnosis for Laser-Plasma Accelerator Operations

Experimental Plasma Density Profiles Determined Through Measurements of the Magnetosonic Wave Speed

kobra: a new Vlasov code intended for plasma-wall modeling

Modeling of plasma transport during edge-localized mode in tokamak using a kinetic Vlasov-Poisson code

High-charge, highly polarized positron beams generated from a laser-driven nanowire-array target

A polar-harmonic unified gas-kinetic scheme for magnetized ion dynamics from cyclotron kinetics to the Hall-Pedersen constitutive limit

RF-Specific Tungsten Erosion and Global Transport in ITER under Neon Seeding

Wave Emission and Absorption in a Near-Sun Proton-Cyclotron Wave Storm

Connecting Dynamo Theory with DNS Data: A Computational Analysis of $α$ and $β$ Effects

All field strengths are possible locally in Boozer coordinates

Particle pinch in global tokamak edge simulations

A evolução de Física de plasmas