Talk Keyword Index

TALK KEYWORD INDEX

This page contains an index consisting of author-provided keywords.

Shortcuts: A B C D E F G H I J K L M N O P R S T U V W X Z

A
achievements	Summary of Geotail Results
Akatsuki	Studying the mechanism driving the solar wind with Akatsuki radio occultation
astrophysical plasmas	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
atmosphere	Solar-Terrestrial Physics to Stellar-exoTerrestrial Physics
atmospheric escape	Current understanding and open questions of atmospheric ion escape from terrestrial planets: From Geotail to planetary missions
aurora	Evolution of the magnetotail associated with substorm expansion onsets
auroral breakup	Dawn-dusk displacement and timing of magnetotail plasmoids compared to auroral breakups
auroral streamers	Meso-scale Substorm Initiation Processes: From Geotail and Beyond
B
balloons	Venus Dynamics Tracer (VdT), a mission dedicated for in-situ measurements of the Venus atmosphere
BepiColombo	Contribution of the BepiColombo mission to heliospheric system science
bow shock	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
C
chorus	Observations and Simulations of Nonlinear Wave-Particle Interactions in Space Plasmas
Cluster	Multi-point measurements of magnetotail reconnection in Geospace
CME	Toward the physics-based prediction of solar flares and solar eruptions
collaboration with GDC	Possibility of collaborations between GDC and Japanese ground-based network observations
collisionless shock	Recent progress in electron acceleration at collisionless shocks
Comet	Cometary plasma science: the Comet interceptor and beyond
Comet Interceptor	Estimating the spacecraft potential of Comet Interceptor – simulation results and implications for plasma measurements
constellation	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Corona	Firefly: Enabling a Holistic View of the Sun and its Environment Parker Solar Probe: Discoveries and Outlook
Coronal mass ejections	Firefly: Enabling a Holistic View of the Sun and its Environment
current sheet	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Cycle 25	Future plan for heliospheric system science in Japan
D
dipolarization	Evolution of the magnetotail associated with substorm expansion onsets
Dust	Future lunar environmental studies in the solar-terrestrial physics community
Dynamo	Firefly: Enabling a Holistic View of the Sun and its Environment
E
early science results	Solar Orbiter: Early results from the mission, and the path it lays for the future
Earth	Dawn-dusk displacement and timing of magnetotail plasmoids compared to auroral breakups
Earth’s magnetosphere	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
electric field	Energetic electron injection leading to the formation of zebra pattern in the Earth’s inner magnetosphere
electron dynamics	Geotail observations of magnetic reconnection
Electron scatterting	Direct observations of energy transfer from resonant electrons to whistler-mode waves in magnetosheath of Earth
electrostatic solitary wave	Observations and Simulations of Nonlinear Wave-Particle Interactions in Space Plasmas
elementary process	The self-similar reconnection model --a new MHD reconnection model for astrophysical applications--
ELF/VLF waves	Propagation of ELF/VLF waves in the magnetosphere: Geotail contribution
Energetic Neutral Atom (ENA)	Simulation of ENA Imaging measurement on Chang’E-7 relay Satellite and expectation of scientific results
energy transport	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
ESA Voyage 2050	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Exit review	Geotail Exit Review by Space Science Committee of ISAS
exoplanet	Solar-Terrestrial Physics to Stellar-exoTerrestrial Physics
F
fast plasma sheet flows	Meso-scale Substorm Initiation Processes: From Geotail and Beyond
Field aligned currents	Energetic electron injection leading to the formation of zebra pattern in the Earth’s inner magnetosphere
fluid scales	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
foreshock	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
future missions	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
G
GDC	NASA’s Geospace Dynamics Constellation (GDC) mission: a multi-spacecraft mission to explore the ionosphere-thermosphere
Geomagnetically Quiet Time	New Perspective on Formation Process and Characteristics of Transpolar Arcs: Studies Focusing the Morphology and the Relation to the IMF Orientation
Geospace	The HERMES Payload for Gateway: Heliophysics From Lunar Orbit From Geotail to THEMIS, and Expectations for Future Missions
Geotail	Summary of Geotail Results The Geotail Mission: A Springboard to Future Solar and Space Physics Propagation of ELF/VLF waves in the magnetosphere: Geotail contribution The Distant Magnetotail and Surrounding Shocked Solar Wind Build up of GEOTAIL
GEOTAIL observation	GEOTAIL observations of magnetic reconnection environment around the dayside geomagnetopause
global and meso-scale phenomena	Possibility of collaborations between GDC and Japanese ground-based network observations
H
habitable environments	Current understanding and open questions of atmospheric ion escape from terrestrial planets: From Geotail to planetary missions
heavy ions	Current understanding and open questions of atmospheric ion escape from terrestrial planets: From Geotail to planetary missions
Heliosphere	The HERMES Payload for Gateway: Heliophysics From Lunar Orbit Firefly: Enabling a Holistic View of the Sun and its Environment
heliospheric plasmas	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Heliospheric System Science	Future plan for heliospheric system science in Japan
HelioSwarm	An Overview of HelioSwarm: A NASA MIDEX Mission to Reveal the Nature of Turbulence in Space Plasmas of the Solar Wind and Magnetotail
Human Exploration	The HERMES Payload for Gateway: Heliophysics From Lunar Orbit
I
in situ observations	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
initial brightening	Meso-scale Substorm Initiation Processes: From Geotail and Beyond
injection	Ionospheric flow fluctuations at mid-latitudes during storms as seen by SuperDARN-Van Allen Probes-Arase conjunctions
inner magnetosphere	Recent advances in plasma wave observation by Arase and future prospects of plasma wave measurements Ionospheric flow fluctuations at mid-latitudes during storms as seen by SuperDARN-Van Allen Probes-Arase conjunctions
innovative design of instruments	Why was GEOTAIL so successful?
instabilities	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Intelligent signal processing	Recent advances in plasma wave observation by Arase and future prospects of plasma wave measurements
International	ISTPNext and Heliophysics Great Observatories: The need for international coordination in Heliophysics
international collaboration	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
international project management	Why was GEOTAIL so successful?
interstellar probe	Interstellar Probe: Pushing the Boundaries of Space Physics in the Next Decade
interstellar space	Interstellar Probe: Pushing the Boundaries of Space Physics in the Next Decade
intrinsic magnetic field	Current understanding and open questions of atmospheric ion escape from terrestrial planets: From Geotail to planetary missions
inward transport	Energetic electron injection leading to the formation of zebra pattern in the Earth’s inner magnetosphere
Ion Composition	Heavy Ions in the Magnetosphere
ion scales	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Ion Source	Heavy Ions in the Magnetosphere
ionospheric imaging	Plasma Acceleration, Reconfiguration, and Aurora Geospace Observation Network (PARAGON) mission concept: “Seeing” the Global Geospace in Mesoscale Resolution
Ionospheric plasma	Heavy Ions in the Magnetosphere
ISTP	ISTPNext and Heliophysics Great Observatories: The need for international coordination in Heliophysics
ITM	NASA’s Geospace Dynamics Constellation (GDC) mission: a multi-spacecraft mission to explore the ionosphere-thermosphere
J
Joule heating	Non-extensive Tsallis entropy analysis on long-term variation of Joule heating at high latitudes
K
killer electrons	Advances in Radiation Belt Research
kinetic physics	Wind in the GGS and ISTP programs: How these missions helped informed our future solar wind measurements
L
Landau resonance	Nonlinear wave damping of chorus emission at 0.5 electron gyrofrequency gap due to Landau resonance
lessons learned	Geotail Exit Review by Space Science Committee of ISAS
Lunar plasma environment	Future lunar environmental studies in the solar-terrestrial physics community
LWS	NASA’s Geospace Dynamics Constellation (GDC) mission: a multi-spacecraft mission to explore the ionosphere-thermosphere
M
Magnetic Field Twisting	New Perspective on Formation Process and Characteristics of Transpolar Arcs: Studies Focusing the Morphology and the Relation to the IMF Orientation
Magnetic fields	Firefly: Enabling a Holistic View of the Sun and its Environment
magnetic reconnection	Geotail observations of magnetic reconnection Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission. Multi-point measurements of magnetotail reconnection in Geospace From Geotail to THEMIS, and Expectations for Future Missions Meso-scale Substorm Initiation Processes: From Geotail and Beyond Evolution of the magnetotail associated with substorm expansion onsets What we understood about magnetic reconnection and what we need to understand in our future research THEMIS observations of magnetic reconnection structures in the dayside geomagnetopause GEOTAIL observations of magnetic reconnection environment around the dayside geomagnetopause Direct observations of energy transfer from resonant electrons to whistler-mode waves in magnetosheath of Earth The self-similar reconnection model --a new MHD reconnection model for astrophysical applications--
magnetic storm	Ionospheric flow fluctuations at mid-latitudes during storms as seen by SuperDARN-Van Allen Probes-Arase conjunctions
Magnetopause	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission. The Distant Magnetotail and Surrounding Shocked Solar Wind Cluster science highlights after 22 years of operations and the future SMILE mission Magnetospheric Constellation: A key to unlocking the cross-scale coupling in the magnetosphere THEMIS observations of magnetic reconnection structures in the dayside geomagnetopause GEOTAIL observations of magnetic reconnection environment around the dayside geomagnetopause Simulation of ENA Imaging measurement on Chang’E-7 relay Satellite and expectation of scientific results
magnetosheath	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission. The Distant Magnetotail and Surrounding Shocked Solar Wind
Magnetosphere	Contribution of the BepiColombo mission to heliospheric system science Propagation of ELF/VLF waves in the magnetosphere: Geotail contribution Cluster science highlights after 22 years of operations and the future SMILE mission Magnetospheric Constellation: A key to unlocking the cross-scale coupling in the magnetosphere ISTPNext and Heliophysics Great Observatories: The need for international coordination in Heliophysics Simulation of ENA Imaging measurement on Chang’E-7 relay Satellite and expectation of scientific results
magnetosphere-ionosphere coupling	Plasma Acceleration, Reconfiguration, and Aurora Geospace Observation Network (PARAGON) mission concept: “Seeing” the Global Geospace in Mesoscale Resolution Ionospheric flow fluctuations at mid-latitudes during storms as seen by SuperDARN-Van Allen Probes-Arase conjunctions Energetic electron injection leading to the formation of zebra pattern in the Earth’s inner magnetosphere
Magnetospheres	The HERMES Payload for Gateway: Heliophysics From Lunar Orbit
Magnetospheric Deformation	New Perspective on Formation Process and Characteristics of Transpolar Arcs: Studies Focusing the Morphology and the Relation to the IMF Orientation
magnetospheric exploration	The Geotail Mission: A Springboard to Future Solar and Space Physics
magnetospheric imaging	Plasma Acceleration, Reconfiguration, and Aurora Geospace Observation Network (PARAGON) mission concept: “Seeing” the Global Geospace in Mesoscale Resolution
magnetospheric physics	Advances in Radiation Belt Research
Magnetospheric storms	Storm-time Very-Near-Earth Magnetotail Reconnection: A Statistical Perspective
magnetospheric system	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Magnetotail	An Overview of HelioSwarm: A NASA MIDEX Mission to Reveal the Nature of Turbulence in Space Plasmas of the Solar Wind and Magnetotail Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission. From Geotail to THEMIS, and Expectations for Future Missions The Distant Magnetotail and Surrounding Shocked Solar Wind Magnetospheric Constellation: A key to unlocking the cross-scale coupling in the magnetosphere Evolution of the magnetotail associated with substorm expansion onsets
Magnetotail reconnection	Storm-time Very-Near-Earth Magnetotail Reconnection: A Statistical Perspective
Mercury	Contribution of the BepiColombo mission to heliospheric system science Dawn-dusk displacement and timing of magnetotail plasmoids compared to auroral breakups
meso-scale flows	Meso-scale Substorm Initiation Processes: From Geotail and Beyond
mesoscale processes	Plasma Acceleration, Reconfiguration, and Aurora Geospace Observation Network (PARAGON) mission concept: “Seeing” the Global Geospace in Mesoscale Resolution
MHD	The self-similar reconnection model --a new MHD reconnection model for astrophysical applications--
microscopic	Microscopic features unveiled by the Geotail plasma wave observation
mission	Venus Dynamics Tracer (VdT), a mission dedicated for in-situ measurements of the Venus atmosphere
mission design	Why was GEOTAIL so successful?
mission overview	Solar Orbiter: Early results from the mission, and the path it lays for the future
MMS	Multi-point measurements of magnetotail reconnection in Geospace
MMS spacecraft	Direct observations of energy transfer from resonant electrons to whistler-mode waves in magnetosheath of Earth
Moons	Geotail to planetary exploration
multi-point observations	Multi-point measurements of magnetotail reconnection in Geospace
multi-scale measurements	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Multipoint measurements	An Overview of HelioSwarm: A NASA MIDEX Mission to Reveal the Nature of Turbulence in Space Plasmas of the Solar Wind and Magnetotail
mutual trust relationship	Why was GEOTAIL so successful?
N
NASA Artemis program	Future lunar environmental studies in the solar-terrestrial physics community
near-Earth space	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
new instrumentation	Plasma Acceleration, Reconfiguration, and Aurora Geospace Observation Network (PARAGON) mission concept: “Seeing” the Global Geospace in Mesoscale Resolution
New missions	Future plan for heliospheric system science in Japan
next decade	Interstellar Probe: Pushing the Boundaries of Space Physics in the Next Decade
nonlinear process	Observations and Simulations of Nonlinear Wave-Particle Interactions in Space Plasmas
Nonlinear trapping	Nonlinear wave damping of chorus emission at 0.5 electron gyrofrequency gap due to Landau resonance
O
Oblique chorus emissions	Nonlinear wave damping of chorus emission at 0.5 electron gyrofrequency gap due to Landau resonance
open data policy	Why was GEOTAIL so successful?
P
Parker Solar Probe	Parker Solar Probe: Discoveries and Outlook
particle acceleration	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission. Recent progress in electron acceleration at collisionless shocks What we understood about magnetic reconnection and what we need to understand in our future research
Particle event	Simulation of ENA Imaging measurement on Chang’E-7 relay Satellite and expectation of scientific results
particle simulation	Observations and Simulations of Nonlinear Wave-Particle Interactions in Space Plasmas
particle velocity distribution functions	Wind in the GGS and ISTP programs: How these missions helped informed our future solar wind measurements
Particle-In-Cell simulations	Estimating the spacecraft potential of Comet Interceptor – simulation results and implications for plasma measurements
Planetary exploration	Geotail to planetary exploration
Planets	Geotail to planetary exploration
Plasma	Firefly: Enabling a Holistic View of the Sun and its Environment Parker Solar Probe: Discoveries and Outlook
Plasma and Energy Transport	New Perspective on Formation Process and Characteristics of Transpolar Arcs: Studies Focusing the Morphology and the Relation to the IMF Orientation
plasma energization	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
plasma heating	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission. What we understood about magnetic reconnection and what we need to understand in our future research
plasma jets	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Plasma measurements	Estimating the spacecraft potential of Comet Interceptor – simulation results and implications for plasma measurements
Plasma sheet	Simulation of ENA Imaging measurement on Chang’E-7 relay Satellite and expectation of scientific results
Plasma wave	Microscopic features unveiled by the Geotail plasma wave observation Recent advances in plasma wave observation by Arase and future prospects of plasma wave measurements
plasmoid	Dawn-dusk displacement and timing of magnetotail plasmoids compared to auroral breakups
polar cusp	Cluster science highlights after 22 years of operations and the future SMILE mission
Poynting flux	Non-extensive Tsallis entropy analysis on long-term variation of Joule heating at high latitudes
prediction	Toward the physics-based prediction of solar flares and solar eruptions
project	Build up of GEOTAIL
R
radiation belt	Observations and Simulations of Nonlinear Wave-Particle Interactions in Space Plasmas
radiation belts	Advances in Radiation Belt Research
radio occultation	Studying the mechanism driving the solar wind with Akatsuki radio occultation
reconnection	Magnetic Reconnection in the Solar Atmosphere: SOLAR-C and Future Plans for Solar Observations Dawn-dusk displacement and timing of magnetotail plasmoids compared to auroral breakups
Ring current	Simulation of ENA Imaging measurement on Chang’E-7 relay Satellite and expectation of scientific results
Ring current energization	Storm-time Very-Near-Earth Magnetotail Reconnection: A Statistical Perspective
S
scale coupling	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
science	Build up of GEOTAIL
Self-consistent simulation	Nonlinear wave damping of chorus emission at 0.5 electron gyrofrequency gap due to Landau resonance
SEP	Contribution of the BepiColombo mission to heliospheric system science
shocks	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
simulation	Recent progress in electron acceleration at collisionless shocks
Small bodies	Geotail to planetary exploration
Small satellite	GEO-X (GEOspace X-ray imager) mission
smallsats	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
solar	Magnetic Reconnection in the Solar Atmosphere: SOLAR-C and Future Plans for Solar Observations ISTPNext and Heliophysics Great Observatories: The need for international coordination in Heliophysics
solar corona	Studying the mechanism driving the solar wind with Akatsuki radio occultation
Solar Cycle	Firefly: Enabling a Holistic View of the Sun and its Environment
solar eruption	Toward the physics-based prediction of solar flares and solar eruptions
solar flare	Toward the physics-based prediction of solar flares and solar eruptions
Solar Interior	Firefly: Enabling a Holistic View of the Sun and its Environment
Solar Orbiter	Solar Orbiter: Early results from the mission, and the path it lays for the future
Solar Wind	The Geotail Mission: A Springboard to Future Solar and Space Physics Contribution of the BepiColombo mission to heliospheric system science The HERMES Payload for Gateway: Heliophysics From Lunar Orbit Studying the mechanism driving the solar wind with Akatsuki radio occultation Firefly: Enabling a Holistic View of the Sun and its Environment Wind in the GGS and ISTP programs: How these missions helped informed our future solar wind measurements Parker Solar Probe: Discoveries and Outlook
Solar wind charge exchange	GEO-X (GEOspace X-ray imager) mission
Solar Wind plasma	Heavy Ions in the Magnetosphere
Solar Wind-Magnetosphere-Ionosphere Coupling	New Perspective on Formation Process and Characteristics of Transpolar Arcs: Studies Focusing the Morphology and the Relation to the IMF Orientation
SOLAR-C	Magnetic Reconnection in the Solar Atmosphere: SOLAR-C and Future Plans for Solar Observations
space and astrophysical plasmas	What we understood about magnetic reconnection and what we need to understand in our future research
space physics	The Geotail Mission: A Springboard to Future Solar and Space Physics
space plasmas	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Space Science Committee	Geotail Exit Review by Space Science Committee of ISAS
space weather	Toward the physics-based prediction of solar flares and solar eruptions Firefly: Enabling a Holistic View of the Sun and its Environment
spacecraft observation	Recent progress in electron acceleration at collisionless shocks
Spacecraft potential	Estimating the spacecraft potential of Comet Interceptor – simulation results and implications for plasma measurements
spacecraft surface charging
SPIS	Estimating the spacecraft potential of Comet Interceptor – simulation results and implications for plasma measurements
spontaneous reconnection	The self-similar reconnection model --a new MHD reconnection model for astrophysical applications--
spread effects	Geotail Exit Review by Space Science Committee of ISAS
stellar activity	Solar-Terrestrial Physics to Stellar-exoTerrestrial Physics
Storms	From Geotail to THEMIS, and Expectations for Future Missions
structure of reconnection site	Geotail observations of magnetic reconnection
substorm	Dawn-dusk displacement and timing of magnetotail plasmoids compared to auroral breakups
substorm triggering	Evolution of the magnetotail associated with substorm expansion onsets
Substorms	From Geotail to THEMIS, and Expectations for Future Missions Magnetospheric Constellation: A key to unlocking the cross-scale coupling in the magnetosphere Meso-scale Substorm Initiation Processes: From Geotail and Beyond
summary	Summary of Geotail Results
Sun	Firefly: Enabling a Holistic View of the Sun and its Environment Parker Solar Probe: Discoveries and Outlook
T
telemetry image	Simulation of ENA Imaging measurement on Chang’E-7 relay Satellite and expectation of scientific results
Test-particle simulation	Nonlinear wave damping of chorus emission at 0.5 electron gyrofrequency gap due to Landau resonance
The Comet Interceptor mission	Cometary plasma science: the Comet interceptor and beyond
THEMIS observation	THEMIS observations of magnetic reconnection structures in the dayside geomagnetopause
theory	Recent progress in electron acceleration at collisionless shocks
transition region	Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
Transpolar Arc	New Perspective on Formation Process and Characteristics of Transpolar Arcs: Studies Focusing the Morphology and the Relation to the IMF Orientation
Tsallis entropy	Non-extensive Tsallis entropy analysis on long-term variation of Joule heating at high latitudes
turbulence	An Overview of HelioSwarm: A NASA MIDEX Mission to Reveal the Nature of Turbulence in Space Plasmas of the Solar Wind and Magnetotail Unveiling plasma energization and energy transport with multi-scale observations in the Earth’s Magnetospheric System: the Plasma Observatory ESA M7 candidate mission.
U
ULF waves	Ionospheric flow fluctuations at mid-latitudes during storms as seen by SuperDARN-Van Allen Probes-Arase conjunctions
upper atmospheric observations	Possibility of collaborations between GDC and Japanese ground-based network observations
V
Venus	Venus Dynamics Tracer (VdT), a mission dedicated for in-situ measurements of the Venus atmosphere
W
wave-particle interaction	Microscopic features unveiled by the Geotail plasma wave observation Observations and Simulations of Nonlinear Wave-Particle Interactions in Space Plasmas Direct observations of energy transfer from resonant electrons to whistler-mode waves in magnetosheath of Earth
Weakly-ionized plasma	Cometary plasma science: the Comet interceptor and beyond
Whistler mode waves	Nonlinear wave damping of chorus emission at 0.5 electron gyrofrequency gap due to Landau resonance
Whistler-mode wave	Direct observations of energy transfer from resonant electrons to whistler-mode waves in magnetosheath of Earth
Wind spacecraft	Wind in the GGS and ISTP programs: How these missions helped informed our future solar wind measurements
X
X-ray	GEO-X (GEOspace X-ray imager) mission
Z
zebra stripes	Energetic electron injection leading to the formation of zebra pattern in the Earth’s inner magnetosphere