Patrick Guio
I Cheng,
Nicholas Achilleos,
X Blanco-Cano,
Cesar Bertucci,
N Sergis,
Chris Paranicas
m.fl.:
Waves and Instabilities in Saturn's Magnetosheath: 1 Mirror Mode Waves and Their Impact on Magnetopause Reconnection
I Cheng,
Nicholas Achilleos,
X Blanco-Cano,
Cesar Bertucci,
Patrick Guio
:
Waves and Instabilities in Saturn’s magnetosheath: 2 Dispersion relation analysis
A Santos,
Nicholas Achilleos,
Dimitrios Millas,
W Dunn,
Patrick Guio,
Christopher Arridge
:
Characterizing the Magnetic and Plasma Environment Upstream of Ganymede
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio,
Christopher Arridge
:
Modelling magnetic fields and plasma flows in the magnetosphere of Jupiter
Planetary and Space Science 2023 DOI
Nicholas Achilleos,
Patrick Guio,
Flavien Hardy,
Chris Paranicas,
Arianna M. Sorba
:
The Magnetodisc Regions of Jupiter and Saturn
John Wiley & Sons 2021 DOI
I Cheng,
Nicholas Achilleos,
A Masters,
G Lewis,
M Kane,
Patrick Guio
:
Electron Bulk Heating at Saturn’s Magnetopause
Patrick Guio,
Hans L Pécseli
:
The Impact of Turbulence on the Ionosphere and Magnetosphere
Flavien Hardy,
Nicholas Achilleos,
Patrick Guio
:
Magnetopause Compressibility at Saturn with Internal Drivers
Patrick Guio,
Ned Staniland,
Nicholas Achilleos,
Christopher Arridge
:
Trapped Particle Motion In Magnetodisc Fields
Patrick Guio,
Hans L Pécseli
:
Weakly nonlinear ion sound waves in gravitational systems
Patrick Guio,
Hans Pecseli
:
Weakly nonlinear ion waves in striated electron temperatures
Physical Review E (PRE) 2016 DOI
Patrick Guio,
Hans Pecseli
:
Collisionless Plasma Shocks in Striated Electron Temperatures
Physical Review Letters 2010 DOI
Patrick Guio,
Wojciech Jacek Miloch,
Hans Pecseli,
Jan Karsten Trulsen
:
Patterns of sound radiation behind pointlike charged obstacles in plasma flows
Physical Review E. Statistical, Nonlinear, and Soft Matter Physics 2008 DOI
Patrick Guio,
Wojciech Jacek Miloch,
Hans Pecseli,
Jan Karsten Trulsen
:
Sound Radiation from Moving Point-Like Charged Particles in Plasmas
AIP Conference Proceedings 2008 DOI
Patrick Guio,
Hans Pecseli
:
Phase space structures generated by absorbing obstacles in streaming plasmas
Annales Geophysicae 2005
Patrick Guio,
Hans Pecseli
:
Phase space structures generated by an absorbing obstacle in a streaming plasma
Geophysical Research Letters 2004
Patrick Guio,
Steinar Børve,
Lars K Selberg Daldorff,
J. P. Lynov,
Per Arne Michelsen,
Hans Pecseli
m.fl.:
Phase space vortices in collisionless plasmas
Nonlinear processes in geophysics 2003
Patrick Guio,
Hans Pecseli
:
Radiation of sound from a charged dust particle moving at high velocity
Physics of Plasmas 2003
Herbert C Carlson,
Kjellmar Oksavik,
Jøran Idar Moen,
A. P. van Eyken,
Patrick Guio
:
ESR mapping of polar-cap patches in the dark cusp
Geophysical Research Letters 2002
Lars K Selberg Daldorff,
Patrick Guio,
Steinar Børve,
Hans Pecseli,
Jan Trulsen
:
Ion phase space vortices in 3 spatial dimensions
Europhysics letters 2001
Patrick Guio,
Steinar Børve,
Hans Pecseli,
Jan Trulsen
:
Low frequency waves in plasmas with spatially varying electron temperature
Annales Geophysicae 2001
Andres Spicher,
Theresa Rexer,
Andreas Kvammen,
Mahith Madhanakumar,
M. Zettergren,
Kjellmar Oksavik
m.fl.:
Characterization and Assessment of Structuring Connected to Auroral Dynamics using EISCAT_3D (CASCADE): A brief overview
2024
Mini Gupta,
Patrick Guio,
Juha Vierinen
:
Data reduction of plasma lines in Incoherent Scatter Radar spectrum
2023
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio,
Christopher Arridge
:
Investigating the compressibility of the Jovian magnetosphere
2023
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio
:
Loss of charged particles due to pitch angle scattering in the Jovian magnetodisc
2022
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio,
Quentin Nénon
:
Particle motion and pitch angle scattering due to magnetic field curvature in the Jovian magnetosphere
2022
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio,
Christopher Arridge
:
Models of the Jovian magnetodisc & applications
2022
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio,
Christopher Arridge
:
Particle motion and scattering in the magnetospheres of giant planets
2021
I Cheng,
Nicholas Achilleos,
Patrick Guio
:
Automated Bow Shock and Magnetopause Boundary Classification At Saturn Using Statistics of Magnetic Fields and Particle Flux
2021
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio,
Christopher Arridge
:
The compressibility of the Jovian magnetosphere
2021
I Cheng,
Nicholas Achilleos,
Patrick Guio
:
Automated plasma region classification and magnetic field statistics in Saturn’smagnetosphere
2021
I Cheng,
Nicholas Achilleos,
Patrick Guio
:
Automated Bow Shock and Magnetopause Boundary Classification At Saturn Using Statistics of Magnetic Fields and Particle Flux
2021
Dimitrios Millas,
Nicholas Achilleos,
Patrick Guio,
Christopher Arridge
:
Particle motion and scattering in the magnetospheres of giant planets
2021
Patrick Guio
:
Trapped Particle Dynamics at the Gas Giants
2020
Patrick Guio,
Nicholas Achilleos,
Nicolas André
:
Particle Motions in Planetary Magnetic Fields: Europlanet Service
2020 DATA
Nicolas André,
Vincent Génot,
Andrea Opitz,
Baptiste Cecconi,
Nicholas Achilleos,
Patrick Guio
m.fl.:
Sun Planet Interactions Digital Environment on Request (SPIDER) for Europlanet RI H2024
2020 DATA
Patrick Guio,
Wojciech Jacek Miloch,
Hans Pecseli,
Jan Karsten Trulsen
:
Sound radiation from moving point-like charged particles in plasmas
2008
Patrick Guio,
Wojciech Jacek Miloch,
Hans Pecseli,
Jan Karsten Trulsen
:
Ion-sound from charged obstacles in a plasma flow
2008
Ákos Frohner,
Péter Kunszt,
Ricardo Brito Da Rocha,
Patrick Guio,
Johan Montagnat,
Daniel Jouvenot
m.fl.:
Encrypted Data Storage in EGEE
2006
F Forme,
Patrick Guio
:
Langmuir turbulence in the ionosphere
2005
F Forme,
Patrick Guio
:
Parametric decay instability of beam-driven Langmuir waves in the auroral ionosphere
2005
Patrick Guio,
Hans Pecseli
:
Radiation of sound from a fast charged dust particle
2003
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Forskningsinteresser
My research interests cover two areas in space physics, with both theoretical and observational aspects.The first area, space plasma physics, concerns the studies of microscopic phenomena such as non linear waves, wave particle interactions and turbulence in plasmas. The second area concerns the study of the ionosphere and magnetosphere of the giant planet systems, their interactions and the connection to the aurora, and I am a member of the Planetary and Plasma Physics group at University College London.
My research involves extensive use of high performance computing and the development of advanced numerical codes for simulation purposes.
I have also been working extensively with incoherent scatter radar technique (EISCAT in Northern Scandinavia) both theoretically and experimentally and I am now involved in EISCAT 3D.
Medlem i forskningsgruppe
Medlem i prosjekt
Vedlegg:
- cve (pdf)