Goddard Space Flight Center, Astrophysics Division

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    I[Goddard Space Flight Center, Astrophysics Division]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (927)"]
    CA["Linked Collaborating Authors (96)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A13049

Abbreviation [?]

Astro

Parent Institutions [?]

• NASA Goddard Space Flight Center, Maryland

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• A Comparison of IMP 8 Observed Bow Shock Positions with Model Predictions
• A Conjugate Study of a Localized High-Energy Precipitation Event in the Evening Sector
• A New Model of the Galactic Cosmic Ray Radiation Environment at 1 AU based on ACE Measurements
• A Search and Analysis Tool for HESSI Ancillary Observations
• Auroral Transients in the Midday Sub-auroral Zone Associated with Storm Sudden Commencements
• Can Cusp-Originated Relativistic Electrons be Identified in the Radiation Belt?
• Can the SOI/MDI Detect White Light Flares?
• Challenges of the Geospace Electrodynamic Connections Mission
• Comparisons of IMAGE RPI and EUV Observations of Longitudinal Electron Density Structures in the Plasmasphere
• Electron Distribution Functions Near Interplanetary Shocks
• Geotail Observations of Magnetic Flux Ropes in Bursty Bulk Flows
• Gravity Estimation from a Simulated GRACE Mission: Short vs. Long Arcs
• Implications of Ionospheric Substorm Electrodynamics Model
• Ionospheric Responses to Magnetic Cavities during Northward IMF Conditions
• Kinetic instabilities of multi-component plasma in the fast solar wind
• LENA Observations on March 31, 2001: Magnetosheath Remote Sensing
• Local Heliospheric Current Sheet Structure From Two-Point Measurements
• Meteoric Material - One of the Least Explored Components of Planetary Atmospheres
• Multi-Spacecraft Observations of Interplanetary Shocks in the ISTP Era
• Plasmaspheric Electron Density Distributions Sampled by Radio Plasma Imager on the IMAGE Satellite
• Predicting Propagation Timing Delays in the Interplanetary Magnetic Field
• Probing Deep Structure of the Sun by Time-Distance Helioseismology
• Quasi-Periodic Radio Bursts as Observed by Cassini and Galileo
• Substorm Dynamics as Observed by RPI and FUV on IMAGE
• The Energy Transport during Substorms Based on Solar Wind Measurements, Derived Auroral Electron Distributions and Magnetic Indices
• The Largest Active Region of the Solar Cycle
• The Magnetic Field of Mars - A Window into Mars' Past
• The effects of solar wind pressure on the Martian magnetic pileup boundary
• The non-expansive auroral disturbance events: a fundamental class
• Thermal Electron Contributions to Current-Driven Instabilities: SCIFER Observations in the 1400-km Cleft Ion Fountain and Their Implications to Thermal Ion Energization
• Time-distance Helioseismology Study Over a Rotating Sunspot
• ULF Waves in the Terrestrial Magnetosphere: First CLUSTER FGM Results
• Acoustic Tomography of the Sun's Interior with SDO: Possibilities and Limitations
• An Analytic Gasdynamic Approach to the Modeling of Earth's Bow Shock
• Cluster Observations of Traveling Compression Regions in the Near-Tail
• Correlations between AKR with Auroral Dynamics and Dipole Tilt Angle
• Early Observations of Saturn Kilometric Radiation by Cassini
• Effects of Wave-Particle Interactions on Radiation Belt Development
• Energy Dependence of Abundance Variation in Gradual SEP Events - Implications on Acceleration
• Evaluation of Transort in the Lower Tropical Stratosphere in a Global Chemistry and Transport Model
• Extreme Mass Fractionation Patterns in Solar Particle Events
• Frequency Variation of the Earth's Obliquity and the Geomagnetic Intensity Cycles
• GEOTAIL Observations of a Moving Type IV Solar Radio Burst, Type III Solar Radio Bursts, Type II Solar Radio Bursts, and Solar Wind and Magnetospheric Plasma Wave Emissions During the May 19-25 Solar Wind Event
• Gas-Surface Chemical Exchange in the Near-surface Atmosphere of Europa
• Groundbased Observations of Io [O~I]6300~Å\ Emission During the Galileo I24, I25, and Cassini Encounters
• Hard X-ray Microflares down to 3~keV
• Helium in the Solar Wind as a Tracer of Coronal and Interplanetary Processes
• Joint Observations of Low-Frequency Jovian Radio Emissions with the Cassini and Galileo Spacecraft
• Laser Altimetry and the Cartography of Mars, Moon, and 433 Eros
• Magnetospheric Radio Tomography Experiments using IMAGE, WIND, and Cluster
• NSSDC's Array of Solar Terrestrial Value-added Products and Services
• Observations of Exceptional Elemental and Isotopic Composition Patterns in <SUP>3</SUP>He-Rich Solar Energetic Particle Events
• Predicting the Bow Shock Position for Average and Unusual Upstream Conditions
• RHESSI Observations of Flares During the Storms Period from 14 to 24 April 2002
• Rapid Movements of the Earth's Bow Shock
• Ray-Tracing Modeling of Guided Echoes Detected by Radio Plasma Imager on the IMAGE Satellite
• Solar Wind, Interplanetary Magnetic Field, and Geodipole Tilt Control of Central Plasma Sheet Parameters and Magnetotail Geometry as Derived From Geotail's LEP and MGF Data.
• The Effect of Hall and FLR terms on the Development of MHD Turbulence Spectra
• The Right Amount of Glue: Technologies and Standards Relevant to a Future Solar-Terrestrial Data Environment
• Timing the Martian Dynamo II: Impact Basins, Edge Effects and Volcanic Edifices
• Unusual Solar Radio Event: May 18-22, 2002
• A New Look at Driven Magnetic Reconnection at the Terrestrial Subsolar Magnetopause
• Applications of High Etendue Line-Profile Spectroscopy and Spectro-Polarimetry to the Study of the Atmospheric and Magnetospheric Environments of the Jovian Icy Moons.
• Atmospheres Produced by Magnetospheric Irradiation of Jupiter's Icy Galilean Moons
• Bow Shock's Geometry at the Magnetospheric Flanks
• Cluster Observations of the Flank Boundary Layer Under Northward IMF Conditions
• Data Integration in the Virtual Solar Observatory
• Demonstration of a Prototype Magnetospheric State-Based Trapped Radiation Data Base for the LWS Program
• Early Stages of Eruptive Solar Events
• Evolution of Active Regions in the Solar Interior
• Evolution of interplanetary magnetic clouds from 0.3 AU to 1 AU: A joint Helios-Wind Study
• First Results Of The Solar Bolometric Imager
• First Results from SOLIS
• Global Measurements of the Atmospheric Effect of the Leonid Shower
• Investigation of Shabansky Orbit Accessibility by Using 3D Particle Tracing in the Global MHD Simulations
• Magnetosheath Neutral Atom Observations and the Relationship With Radar Backscatter in the Cusp: Combined Observations From IMAGE LENA and SuperDARN
• Multiscale Structure of the Heliospheric Magnetic Field Strength and Solar Wind Speed: Multifractal Structure and Distribution Functions
• Near Real Time Prediction of Magnetic Storm Intensity and Timing from Measurements of North to-South Interplanetary Magnetic Clouds
• Ongoing Evolution of the Geospace Electrodynamic Connections (GEC) Mission
• Periodic magnetospheric substorms and their relationship with solar wind pressure variations
• Search for the Heliosheath with Voyager 1 Magnetic Field Measurements
• Simultaneous Observations of Jovian Quasi-periodic Radio Emissions by the Cassini and Galileo Spacecraft
• Stormtime Particle Energization With AMIE Potentials
• Sun-to-Magnetosphere Modeling of Radiation Belt Electrons: Forecasting Using Linked Empirical Methods
• Supply of trans-Europa Neutral Torus by the Surface-bounded Atmosphere of Europa
• Surface Time-Variable Gravity Signals And Possible Sources Including Core Mass Flow
• The O+ Density Trough at 5000 km Altitude in the Polar Cap
• The Polar Crown Filament Eruption and Associated CME of 2003 February 18
• The Relationship Between Large Solar Flares and Very Fast Coronal Mass Ejections - Physics and Causality
• The Solar Wind Near 70 AU in the Declining Stage of the Solar Cycle.
• The Virtual Solar Observatory -- the Why, What, How and Where
• Thermal Properties of Prominence Motions as Observed in the UV
• a Cluster Investigation of the Occurrence and Causes of Reconnection in the Very Near-Earth Tail (x &gt; -19Re)
• A Survey of the Motion of Flux Transfer Events Observed by Polar
• A model on the interaction of magnetospheric relativistic electrons with Ultra-Low-Frequency (ULF) Waves
• Considerations for a Radar System to Detect an Ocean Underneath the Icy Shell of Europa
• Coordinated Polar Spacecraft, Geosynchronous Spacecraft, and Ground-based Observations of Magnetopause Processes and Their Coupling to the Ionosphere
• Current Structure and Motion of a Northward IMF X-Line
• Data Mining and Visulization in Empirical and Physical Radiation Belt Studies
• Determing the Possible Building Blocks of the Terrestrial Planets
• Diagnostics of Subphotospheric Sources of Solar Variability
• Doing Science with the VSO: Signatures of CME Initiation
• Global Hybrid Simulations of Solar Wind and Bow Shock Related Discontinuities Interacting with the Magnetosphere
• Ionospheric and Solar Plasmas in Geospace Storms
• Jovian Radio Burst Remote Sensing of Solar Wind Triggered Jovian Magnetospheric Activity: Ulysses Observations
• Oxidant Enhancement in Martian Dust Devils and Storms: I. Storm Electric Fields and Electron Dissociative Attachment
• Pc 1 Waves and Associated Unstable Distributions of Magnetospheric Protons Observed During a Solar Wind Pressure Pulse
• Periodic magnetospheric substorms and the effect of solar wind
• Solving Science Use Cases that relate to the Sun and Heliosphere with EGSO
• Statistical Survey of the Properties of Gyrating Ions in the Earth's Foreshock
• Stratospheric composition of Titan from Cassini/CIRS observations
• Thermal N+ in the Inner Magnetosphere
• Time-variable gravity anomaly arising from dynamical mass transport in the outer core and core-mantle interaction
• WIND Magnetic Clouds for Years 1995 - 2003 : A Summary of Model-Fitted Parameters
• A 3D Numerical Toolkit for Modeling the Heliosphere
• An observational basis for the dynamic substorm current system
• Coordinated Observation of Field Line Resonance in the Mid-magnetotail
• Empirical Modeling of the Geomagnetic Field: A High-resolution Tail Current Sheet Module
• Empirical Study of the Solar Wind Momentum Balance in the Ecliptic Plane Between 0.3 and 1 AU
• Field-aligned and Gyrophase-bunched Ion Beams in the Earth's Foreshock: "Pitch-angle" Wave Trapping
• First Results From EUNIS 2005
• Flux transfer event in the subsolar region and near the cusp: Simultaneous Polar and Cluster Observations
• Fluxgate Magnetometers for the Magnetosphere Multiscale Mission
• Forecasting the Intensity of Magnetic Storms Caused by N→S Type of Interplanetary Magnetic Clouds
• Formation of the solitary bow shock and its dependence on IMF direction
• Global hybrid simulations of the ion foreshock
• Ionospheric Convection Response to High-Latitude Reconnection: Cluster and SuperDARN Observations
• Is the Standard Flare Model Still Adequate? -- A Review of Recent RHESSI X-Ray Observations
• Magnetic Structure and Particle Flow at a Northward IMF Reconnection Line
• Measurement of the Martian upper atmospheric density using Mars Odyssey radio tracking data
• Multi Aperture Coronal Spectrographic Technique for Simultaneous and Global Measurements of the Coronal Electron Temperature and its Bulk Flow Speed in the Low Solar Corona
• Nonthermal Spectral Flattening in Early Impulsive Flares
• Polar Gateways to Exploration of Icy Worlds in the Solar System
• Solar Wind Driven Auroral Wind, with Global Consequences
• Supporting the SSSC Great Observatory: S3C Active Archive Data and Services Today
• Survey of interplanetary shock characteristics
• The Distant Magnetotail Under Long Duration, Very Northward IMF Conditions: October 22-24, 2003
• The Fast Plasma Instrument for the MMS Mission
• The Impact of Shock Dynamic and Structure on Ion Reflection at the Quasi-Perpendicular Earths Bow Shock
• The Virtual Great Observatory: Do We Know How to Make It Real?
• The Virtual Heliospheric Observatory (VHO)
• The characteristics of Langmuir waves in the Earth's electron and ion foreshocks: evidence for nonlinear interactions and other physical processes
• The dynamics of thermospheric composition and ionospheric total electron content during geomagnetic storms.
• Thermal Plasma Flow Near Enceladus: Evidence for the `Missing' Water Source?
• Three-Spacecraft Detections of a Magnetic Reconnection X-Line Extending More Than 390 Earth Radii in the Solar Wind
• Voyager 1 Magnetic Field Measurements at the Termination Shock and Mass Loading Signatures
• Along-track gradients from ST-5: Improving magnetic and thermal models of the lithosphere
• Cosmic Ray Mantle Visibility on Kuiper Belt Objects
• Electron Velocity Distribution Function in Magnetic Clouds in the Solar Wind
• Electron sources and transport in Saturn's magnetosphere an energetic view.
• Following the geomagnetic activity: events on September and October (1999)
• Generation of Chorus Wave Emissions in the Source Region
• Geospace Storms and Thermal Ions in the Near-Earth Magnetotail
• Grid-based Infrastructure and Distributed Data Mining for Virtual Observatories
• Imaging Thermal He+ in Geospace from the Lunar Surface
• In Situ Estimates of Auroral Current Sheet Structure and Dynamics Using Three-Point ST5 Magnetometer Observations
• Influence of Heliospheric Current Sheet presence on geomagnetic storm originated by Magnetic Clouds.
• Infrared Spectroscopy of an Extrasolar Planet
• Interaction of FTEs with the cusp during southward IMF
• Magnetic Structure and Electromagnetic Waves at a Northward IMF Merging Site
• Magnetospheric Configurations Derived From a High-Resolution Data-Based Model of External Field Sources
• Measurements of Wavenumber Spectra in the Solar Wind Using Four-Point Data from Cluster
• Mid-Latitude Transient Convection Events
• Multi-Point Measurements of Flux Ropes and TCRs in the Earth's Tail: Recent Progress and Future Opportunities
• New SPDF Directions and Evolving Services Supporting Heliophysics Research
• Observations and Simulations of Magnetohydrodynamic Turbulence in the Solar Wind
• Periodic Substorms, Sawtooth Oscillations And Their Contribution To The Ring Current.
• Plasma Impedance Spectrum Analyzer (PISA): an advanced impedance probe for measuring plasma density and other parameters
• Plasma injection into Saturn's inner magnetosphere.
• Power spectra, power law exponents, and anisotropy of solar wind turbulence at small scales
• Semi-Empirically Derived Heating Function of the Corona-Heliopshere During the Whole- Sun Month
• Space Technology 5 Measurements of the Near-Earth Magnetic Field: Initial Science Results
• Space Technology 5 measurements of field-aligned currents: Separating spatial and temporal variations
• Statistical Studies of Flux Transfer Events Using Unsupervised and Supervised Techniques
• The Nature of Magnetohydrodynamic Fluctuations in the Solar Wind as Determined from Four-Point Measurements of Magnetic Field and (Electron) Plasma Velocity on Cluster
• The Role of MHD Turbulence on Plasma Sheet Structure and Dynamics
• The Variance of Solar Wind Magnetic Fluctuations: Solutions and Further Puzzles
• The Virtual Solar Observatory and the Heliophysics Meta-Virtual Observatory
• The Virtual Space Physics Observatory: Quick access to Data and Tools
• Three-dimensional MHD Modeling of the Solar Wind with Pickup Ions
• Variability of the Satellite Drag Environments of Earth, Mars and Venus due to Rotation of the Sun
• Which CMEs are associated with Proton Events?
• Analysis of a Bright Point Spectrum From the Extreme Ultraviolet Normal Incidence Spectrograph (EUNIS) Sounding Rocket Instrument
• Cluster/PEACE Electron Velocity Distribution Function Modeling in the Solar Wind
• Consequence of Electron Mobility in Icy Grains on Solar System Objects
• Drift-Resonant Interaction of Magnetospheric Relativistic Electrons with Ultra-Low Frequency (ULF) Waves: Comparison between Observations and Simulations
• Electrical Processes on Mars: New Sources and Sinks for Atmospheric Chemistry?
• Energetic Neutral Atom Emissions From Venus: VEX Observations and Theoretical Modeling
• Europa's surface composition: What we know, what we would like to know, and how we can find out
• Extreme Drainage of Plasmasphere as Ionosphere Strives to Replenish
• Global Circulation and Impact of Plasmaspheric Plumes
• Global Shape Modelling of Saturn's Bow Shock
• Helioseismic Observations of Active Regions Below the Solar Surface from SOHO/MDI
• Inner Magnetospheric Electric Fields Derived from IMAGE EUV
• Integration of event lists for ICMEs and associated phenomena
• Interplanetary Dust Clouds Near 1 AU Detected by STEREO
• Laboratory Studies of Ammonia-Water Ice--Relevance to Outer Solar system Surfaces
• Long-term Average Spectral and Spatial Distributions of Plasmaspheric Hiss Observed by the Akebono and IMAGE Satellites
• MESSENGER and Venus Express Observations of the Solar Wind Interaction with Venus: A Dual Spacecraft Study
• MHD Simulations of Turbulence in the Plasma Sheet
• Magnetic Reconnection Site Suggested by a Double Coronal X-ray Source Observed by RHESSI
• Measurements of the Kinematics of Energetic Neutral Atom Collisions with Surfaces
• New Observations of the Heliospheric Magnetic Field from the Voyager Spacecraft
• On-Line Explorer-45 Plasmapause-Crossing Database and Related Ionospheric Satellite Measurements
• Recent Plasma Observations Related to Dayside Magnetic Merging and the Low-Latitude Boundary Layer
• Reconnection initiated in the magnetosheath: Comparing hybrid simulations and Cluster observations
• Relational data searching for magnetospheric data using the Virtual Magnetosheric Observatory
• Response of the lunar alkali exosphere to plasma
• STEREO observations of electron beams and Langmuir waves in the terrestrial electron foreshock
• Space Technology 5 Multi-point Observations of Field-aligned Currents: Temporal Variability of Meso-Scale Structures
• THEMIS Orbits and Data at SPDF
• The Jupiter System Observer: Probing the Foundations of Planetary Systems
• The synthesis and direct detection of O-atoms in water ice
• Three-dimensional magnetohydrodynamic modeling of the solar corona and solar wind for a highly-tilted solar dipole
• Virtual Energetic Particle Observatory for the Heliospheric Data Environment
• Water, Water Everywhere... and Oxidants too!
• Wave Number Spectra in the Solar Wind as Seen by CLUSTER Spacecraft
• Whistlers observed outside the plasmasphere: Correlation to plasmaspheric/plasmapause features and implications for the scattering of radiation-belt electrons
• A Study of Solar Energetic Particle Events of Cycle 23
• A View Of A Unified Heliophysics Data Environment
• Bifurcated Current Sheets Produced by Magnetic Reconnection in the Solar Wind
• Cluster/PEACE Electrons Velocity Distribution Function: Modeling the Strahl in the Solar Wind
• Comparative MHD Models of the First two MESSENGER Flybys of Mercury
• Definition of Mercury Dipole Moment and its Offset Using the MESSENGER First Flyby data
• Distribution of sodium pickup ions during MESSENGER's first and second Mercury flybys: constraints on exospheric models
• Dynamic Fluid-Kinetic (DyFK) Simulations of Storm-Enhanced Density Supply of Cleft Ion Fountain Outflows
• Electron temperatures and its bulk flow speeds in the low solar corona measured during the total solar eclipse on 29 March 2006 in Libya
• Fast Plasma Instrument for MMS: Simulation Results
• Generation of Chorus Waves and Their Effects on Electrons
• Helioviewer: A Web 2.0 Tool for Visualizing Heterogeneous Heliophysics Data
• ISIS topside-sounder Plasma-wave investigations as guides to desired Virtual Wave Observatory (VWO) data search capabilities
• Ionospheric Outflows and Geomagnetic and Solar Activity
• Kelvin-Helmholtz Instability at the Dawn Flank of Saturn's Magnetopause
• Kinetic simulation of Mercury's magnetosphere compared with observations during MESSENGER's first Mercury flybys on 14 January and 6 October 2008
• Leveraging Capabilities in the Community: CDAWeb Data and Services within VITMO
• Longitudinal association between magnetotail reconnection and auroral breakup based on Geotail and Polar observations
• MESSENGER Observations of Magnetic Reconnection and its Effects on Mercury's Magnetosphere
• MESSENGER's Second Flyby of Mercury: A Scientific Overview
• Multi-spacecraft Recovery of a Magnetic Cloud and its Origin From Magnetic Reconnection on the Sun
• Narrow-Band Ultra-Low-Frequency Wave Observations During the October 6, 2008, Flyby of Mercury.
• Observations of the heliosheath and solar wind termination shock by Voyager 2
• Overview of magnetosphere and magnetic field observations from MESSENGER's second flyby of Mercury
• Polar Gateways Arctic Circle Sunrise 2008 Conference at the Top of the World
• Registering Active and Passive IMAGE RPI Datasets with the Virtual Wave Observatory
• Relationship of Interplanetary Shock Micro and Macro Characteristics: A Wind Study
• Saturn Magnetospheric Impact on Surface Molecular Chemistry and Astrobiological Potential of Enceladus
• Services, Perspectives and Directions of the Space Physics Data Facility
• Simulating the Fate of an Ionospheric Mass Ejection
• Statistical Analysis of Solar Wind Turbulence at Solar Maximum and Solar Minimum
• Statistical Study of Magnetopause Boundary Region Vortices Observed During Modeled Solar Wind Conditions
• Temperature Trends in the Polar Mesosphere between 2002--2007 using TIMED/SABER Data
• The Heliospheric Contribution to the Soft X-ray Background Emission
• The Space Environment of Mercury: Solar Wind and IMF Modeling of Upstream Conditions
• The Virtual Wave Observatory (VWO)
• The dynamic lunar exosphere: clues from sodium
• Using the Virtual Heliospheric and Magnetospheric Observatories for geospace studies
• Variations of Strahl Properties With Fast and Slow Solar Wind
• Virtual Energetic Particle Observatory (VEPO)
• A Comparison of Solar EUV Irradiance Reference Spectra and Their Affect on the Earth’s Thermosphere and Ionosphere
• A Voyage through the Heliosphere (Invited)
• Above detection limits - Prebiotic organics in comets and carbonaceous meteorites
• An Updated Overview of SPDF Roles, Data and Services to the Heliophysics Community
• Cosmic Times: Engaging Students in Science through History and Journalism
• Direct Evidence of Instability-Driven Constraints on Helium Temperature Anisotropies in the Solar Wind
• Enabling Distributed access to SDO Data with VSO
• Energetic Electron Probes of Magnetic Cloud Topology
• Equatorial Ionosphere Total Electron Content measurements using whistler waves detected by the C/NOFS Satellite
• Experience in Preparing and Using Virtual Observatory Data
• Facilitating Heliophysics Research by the Virtual Wave Observatory (VWO) Context Data Search Capability
• First In-Situ Observation of Rolled-up Kelvin-Helmholtz Vortices under Southward IMF with Evidence of Reconnection
• Generation of Whistler Chorus Emissions and Resulting Wave-Particle Interactions
• Getting data into NASA's HPDE Virtual Observatories
• Global simulation of an EIT wave
• Helioviewer.org: Browsing Very Large Image Archives Online Using JPEG 2000
• Lunar Neutral Exosphere Properties from Pickup Ion Analysis
• MESSENGER X-Ray Spectrometer and Energetic Particle Spectrometer Observations of Energetic Electrons during the Mercury Flybys
• MHD Turbulence in the Magnetotail Plasma Sheet
• MHD modeling of the interaction of the magnetosphere of Mercury with the solar wind during the MESSENGER flybys
• Mercury after the Third MESSENGER Flyby
• Mercury's magnetosphere-solar wind interaction under northward and southward interplanetary magnetic field during the MESSENGER flybys
• Mercury’s atmosphere and magnetosphere: MESSENGER third flyby observations (Invited)
• Methane Group Ions in Saturn’s Outer Magnetosphere?
• Modeling Spectral Turnovers in Interplanetary Shocks Observed by ULYSSES
• OMNIWeb-Plus and the Evolution of NSSDC and SPDF Value-Added Space Physics Data Products and Interfaces
• Observations of a Unique Type of ULF Waves by Low-altitude ST-5 Satellites
• Old Faithful Model for Radiolytic Gas-Driven Cryovolcanism at Enceladus
• On the Relationship between Lightning and Equatorial Ionosphere Density Irregularities
• Overview of magnetic field observations from MESSENGER’s third flyby of Mercury
• PROPAGATION AND EVOLUTION OF THE JUNE 1st 2008 CME IN THE INTERPLANETARY MEDIUM
• Photosynthesis of H2O2 and O3 in ASW with ambient O2
• Physical Processes for Driving Ionospheric Outflows in Global Simulations (Invited)
• Polar Spacecraft Evidence at 2 Re Geocentric Distance for Alfvenic Poynting Flux as an Energy Source for the Quasi-static Parallel Electric Field Acceleration of Auroral Electrons and Up-flowing Ion Beams in the Auroral Acceleration Region
• Putting Space Physics Data Facility (SPDF) Services to Good Use
• Radial and solar cycle variations of the magnetic fields in the heliosheath: Voyager 1 observations from 2005 to 2008
• SPASE 2.0: A Scientific View Along the SPASE Data Model Trail
• Science, VxOs and Just In Time Information
• Sodium and magnesium neutral and ion species at Mercury: Simulations and comparison to MESSENGER observations
• Solar Wind Ablation of Terrestrial Planet Atmospheres (Invited)
• Space Technology 5 Multipoint Observations of Transpolar Arc Related Field-aligned Currents
• Stream Interactions in STEREO and THEMIS Data and Resulting Geomagnetic Activity
• Substorm auroral asymmetries in the conjugate hemispheres during onset and expansion phase
• Symbiosis of Data Archives and Virtual Observatories
• The ISIS Story - Science Return from Rescuing, Archiving and Analyzing a Unique Dataset
• The Relation between Magnetospheric State Parameters and the Occurrence of Night-Time Mid-Latitude Plasma Depletions in the F-Region
• The Strahl: A Significant Source of Vorticity in the Solar Wind
• Time-Distance Helioseismology Data Analysis Pipeline for SDO/HMI
• Towards a Unified Heliophysics Data Environment
• Type III-L Solar Radio Bursts and their Associations with Solar Energetic Proton Events
• Ultra-Low-Frequency Wave Observations at Mercury during the 29 September 2009 MESSENGER Flyby
• Uncertainties in EUV and XUV ionospheric heating over solar cycle 23
• Wavenumber-Frequency structure of 2D Kinetic Plasma Turbulence
• “Persistence” in Solar Wind Fluctuations: A Virtual Observatory Assisted Study
• Analysis of Photospheric Convection Cells with SDO/HMI
• Attempts to Simulate Anisotropies of Solar Wind Fluctuations using MHD with a Turning Magnetic Field
• Automated Coronal Seismology: Curvelet Characterization of Probability Maps of Image Data with Oscillatory Signal
• Component Reconnexion at the Heliopause
• Computational and Theoretical study of the acceleration and heating of ions in the Solar Wind
• Correlation of Illumination and Topography Factors with Epithermal Neutron measurements at the Lunar Poles using the Lunar Reconnaissance Orbiter (LRO), Lunar Exploration Neutron Detector (LEND)
• Electron Transport and Energization in Mercury's Magnetosphere
• First Results from the EUV SpectroPhotometer (ESP) on the SDO Extreme Ultraviolet Variability Experiment (EVE)
• Global Magnetohydrodynamic Simulations of Turbulence in the Plasma Sheet
• Helioviewer: Simplifying Your Access to SDO Data
• High Speed Stream Activity in an IMF-By magnetosphere (Invited)
• Highly Alfvénic Slow Solar Wind
• Implementing the Second-Order Fermi Process in a Kinetic Monte-Carlo Simulation
• In situ Electric Field Observations of Schumann Resonances in the Low Latitude Ionosphere and Their Implications for Tropospheric-Ionospheric Electromagnetic Coupling Mechanisms
• International Reference Ionosphere 2010
• Investigation of Formation and Subsurface Dynamics of Active Regions by Local Helioseismology from SDO
• JHelioviewer: Open-Source Software for Discovery and Image Access in the Petabyte Age (Invited)
• MESSENGER Plasma Wave Observations in Mercury's Magnetosphere
• Magnetic Helicity of Alfven Simple Waves
• Mercury's Dynamic Magnetic Tail (Invited)
• Modeling of Mercury's pick-up ion dynamics and its response to changes in IMF conditions
• Multi-spacecraft Observations of Energetic Particle Events from 0.3 to 1.0 AU: Measurements by MESSENGER, STEREO, and ACE
• New Method to Predict Sunspot Numbers and Some Interplanetary Parameters for the Next Solar Maximum
• New measurements and improved modeling of solar flares with SDO EVE (Invited)
• Non-Linear Processes Associated with the Generation of Whistler Waves and their Effects on Electrons
• Observations and Simulations of Electron Dynamics Near an Active Neutral Line
• Plasma IMS Composition Measurements for Europa and Ganymede
• Polar Spacecraft Analysis of Poynting Flux and Kinetic Energy Flux Measurements at Different Structures within and above the Auroral Acceleration Region and Their Comparison to Space-based Images (Invited)
• Quasi-isotropic electron distribution via nonlinear beam-plasma interaction
• Radiation Environment and Surface Radiolytic Interactions at Mimas
• Real-Time WINDMI Predictions of Geomagnetic Storms and Substorms
• Reconstruction of propagating Kelvin-Helmholtz vortices at Mercury's magnetopause
• SDO/AIA Light Curves and Implications for Coronal Heating: Model Predictions
• SDO/AIA Light Curves and Implications for Coronal Heating: Observations
• Solar Energetic Particles in Ground Level Events: Correlation of Fe/O with CME Speed
• Solar Wind Halo Formation by the Scattering of the Strahl: Direct Cluster/PEACE Observations of the 3D Velocity Distribution Function
• Solar flare impulsive phase observations from SDO and other observatories
• Space Technology 5 Multipoint Observations of Pc 2 Waves
• Successful Approaches for Data Discovery: Illustrated with the Virtual Magnetospheric Observatory
• Terrestrial Myriametric Radio Burst Observed by IMAGE and Geotail Satellites
• The Connection between Small Gamma-ray Flares and SEPs with COMPTEL/CGRO
• The Nature of Magnetospheric Electron Velocity Distribution Functions from Wave Observations
• The Next Generation of Space Plasma Analyzer - Deployable Radial Imaging for Velocity, Energy, and Density (DRIVEN)
• The Relation between Coronal Holes and CMEs during the Rise, Maximum and Declining Phases of the Solar Cycle 23
• The VHO, VMO, and VEPO: What do we offer and how are we being used?
• The flare productivity of active regions
• The properties of geo-effective CMEs and SIRs in STEREO and THEMIS
• The relation between the E-region gravity waves and the F-region plasma depletions observed with an all-sky imager at Arecibo
• Things That Work: Roles and Services of SPDF
• Trace Gas Measurements on Mars and Earth using Optical Parametric Generation
• Understanding Meso- and Micro-scale Coupling of Near Earth Plasmas (Invited)
• Using MHD modeling to specify inner heliosphere conditions during the three MESSENGER Mercury flybys
• Vlasov simulation of electrostatic solitary structures in four-component plasmas
• A Soft X-Ray Imager for the Earth's Magnetosphere
• Astrobiological Journeys to and from the South Polar Sea of Enceladus - Bidirectional Interactions with the Saturn Magmetosphere
• Automatic Detection and Characterization of EIT waves observed by AIA Data
• CME Parameter Input to ENLIL: LASCO halo cone versus STEREO measurements
• Calcium in Mercury's Exosphere: Modeling MESSENGER Data
• Calculating the motion and direction of Flux Transfer Events with Cluster
• Changes in the High-Latitude Topside Ionospheric Vertical Electron-Density Profiles in Response to Solar-Wind Perturbations During Large Magnetic Storms
• Cluster observations of multiple dipolarization fronts
• Compound-specific identification and quantitation of organics in meteorite material as a proxy for OSIRIS-REx samples
• Determining the Typical Nanoflare Cadence in Active Regions: Modeling Light Curves of Active Regions
• Development of a Low-cost, FPGA-based, Delay Line Detector for Satellite and Sounding Rocket Applications
• Dual Electron Spectrometer for Magnetospheric Multiscale Mission: results of the comprehensive tests of the Engineering Test Unit
• Effect on the lunar exosphere of a CME passage
• Electric field and magnetic signatures of equatorial plasma irregularities as observed by the C/NOFS satellite
• Electromagnetic lower hybrid waves, whistler waves, and particle heating/acceleration at supercritical interplanetary shocks
• Enhanced spectral anisotropies near the proton-cyclotron scale: Possible two-component structure in Hall-FLR MHD turbulence simulations
• Exploring Mercury's Surface-bound Exosphere: An Overview of Observations During the MESSENGER Orbital Phase
• Fast Plasma Investigation for MMS: Simulation of the Burst Triggering System
• First direct observational evidence of a CME deflection by coronal hole on 15 February 2011 and a comparison with computations
• Geo-effective Stream Interactions and CMEs in Solar Minimum
• Global Simulations of Mercury's Quasi-Trapped Particle Population
• Global distribution of Na, Ca, and Mg in Mercury's exosphere from MESSENGER measurements
• Hot Flow Anomalies at Venus
• Insolation Effects on Lunar Hydrogen: Correlated observations of LEND and Second Order Insolation Effects Derived from LOLA Modeling
• Interplanetary Magnetic Field Power Spectrum Variations in the Inner Heliosphere: A Wind and MESSENGER Study
• Interpretation of Vector Electric Field Measurements of Bursty Langmuir Waves in the Cusp
• Ionospheric energy inputs affecting plasma outflow and neutral upwelling
• Large scale evolution of solar wind and solar coronal rotation determined by multi-satellite observations at the ecliptic
• Lyman Alpha Spicule Observatory (LASO)
• MESSENGER Observations and Kinetic Simulations of Quasi-Trapped Ion and Electron Populations at Mercury
• MESSENGER Observations of Flux Transfer Events at Mercury
• MESSENGER Observations of the Distribution of Planetary Ions Near Mercury
• MESSENGER Searches for Less Abundant or Weakly Emitting Species in Mercury's Exosphere
• MESSENGER observations of Kelvin-Helmholtz waves at Mercury's magnetopause
• MESSENGER observations of magnetopause structure at Mercury
• Magnetic field strength in the upper solar corona using white-light shock structures surrounding coronal mass ejections
• Magnetofluid Simulations of the Global Solar Wind Including Pickup Ions and Turbulence Modeling
• Magnetohydrodynamic Turbulence and Reconnection in the Magnetotail
• Observation of Ionospheric Alfvén Resonator Signatures in the Earth's Ionosphere at Low Latitude: Implications for Ionospheric Modeling
• Observation of Schumann Resonances in the Earth's Ionosphere: Implications for Thunderstorm and Lightning Monitoring from Orbit
• Observations and Interpretation of Magnetofluid Turbulence at Small Scales
• Observations of Electron Vorticity in the Inner Plasmasheet and its Relationship to Reconnection
• Propagating low-frequency waves in coronal streamers observed by STEREO COR1
• Quantitative Evaluation of Continuous Diffractive Baffles for Heliospheric Imagers
• Relativistic Electron Enhancement and Decay by Whistler Mode Chorus Waves
• Saturn's magnetosphere interaction with Titan for T5 encounter: 3D hybrid modeling. First results
• Science Enabling Roles and Services of SPDF
• Structure and Dynamics of Substorm Injection Fronts
• Structure of Mercury's magnetosphere during MESSENGER's first three months in orbit
• The Connection Between Small Gamma-ray Flares And SEPs With Comptel/CGRO
• The equatorial ionosphere during and after the extreme solar minimum of 2008: reconstructing climatological maps of topside ion density and composition for low latitudes using the C/NOFS satellite
• The flare productivity of active regions
• The free escape boundary of diffuse ions upstream of the Earth's quasi-parallel bow shock
• The highest cosmic ray fluxes ever recorded: What happened to the earth's deflector shield?
• Transient phenomena and thermal evolution during the Boss' Day flare of 2010 October 16 with AIA, EVE and RHESSI
• Understanding Coronal Heating with Emission Measure Distributions
• Upstream Structures and their Effects on the Magnetosphere
• Using High-Level Data Search Capability of the Heliophysics Virtual Wave Observatory (VWO)
• A General Purpose Experiment Controller for low cost Space Application
• A High-resolution Model of Field-Aligned Currents through Empirical Orthogonal Functions Analysis (MFACE)
• Active current sheets and hot flow anomalies in Mercury's bow shock
• An Explanation for the Observed Frequency Drift of Coherent ~1 Hz waves in Mercury's Inner Magnetosphere
• Auroral Precipitation during Earthward Propagating Dipolarization Events
• Automated Detection/Characterization of EUV Waves in SDO/AIA Data
• Biologically induced initiation of snowball-Earth events, and the circulations of ice and ocean in a globally glaciated scenario
• Characteristics of the Taylor Microscale Length In the Solar Wind: Magnetic Field and Electron Velocity Measurements
• Coupling Between Magnetotail Turbulence and the Ionosphere: Case Study and Numerical Experiment
• DSCOVR High Time Resolution Solar Wind Measurements
• Deep Solar Activity Minimum 2007-2009: Solar Wind Properties and Major Effects on the Terrestrial Magnetosphere
• Density Holes, Hot Flow Anomalies and SLAMS
• Detection of Equator-ward Meridional Flows in the Deep Solar Interior
• Diagnosing the Time-Dependence of Active Region Core Heating Using Emission Measures
• Effect of Interhemispherical Field-Aligned Currents on Disturbances in Polar Regions in Two Hemispheres
• Energetic Particle Sources and Dynamics at the Heliopause
• Facilitating Collaboration Through Linked Open Data
• Finite Gyroradius Effects in the Plasma Environment Near Titan: 3D Hybrid Modeling of the T5 Encounter
• Frequency-Doubling and Field-Aligned Ion Streaming in a Long-Period Poloidal Pulsation
• Generation of Pi2 Pulsations by Intermittent Earthward Propagating Dipolarization Fronts: An MHD Case Study
• Getting Data to Autoplot: a Survey and Comparison of Different Methods for Transmitting Data
• Heliospheric Observations in the Rising Phase of Solar Cycle 24
• Hemispheric Asymmetries in Mercury's Exosphere Due to the Offset Magnetic Dipole
• Hot Precursor Ejecta and Other Peculiarities of the 2012 May 17 Ground Level Enhancement Event
• Hydrogen-Bearing Volatiles at the Lunar Equatorial Terminator
• Improving Upon an Empirical Procedure for Characterizing Magnetospheric States
• Investigating Coronal Activity by Release Using Sublimation
• Investigation of tropospheric-space weather coupling using Schumann resonance measurements on board the C/NOFS satellite
• Ion heating and acceleration by Alfvén-cyclotron and kinetic Alfvén waves - 2.5D hybrid simulations
• Layer-like IR limb emission enhancement observed by SABER/TIMED in the mesosphere and lower thermosphere region
• Local Time Expansion of Substorms and Relationship With Dipolarization Fronts
• Long-Term Variability of Precipitation of Charged Particles on Mercury's Surface
• MESSENGER Observations of Magnetopause Structure and Dynamics at Mercury
• MESSENGER Observations of Upstream Whistler Waves in Mercury's Foreshock Region
• MESSENGER observations of Mercury's magnetosphere under extreme solar wind conditions
• MESSENGER observations of plasma signatures in Mercury's northern magnetospheric cusp
• Mercury's Sodium Exosphere: Observations During the MESSENGER Orbital Phase
• Model Comparisons of the 14-18 July 2012 Geomagnetic Storm Strength
• Model parameter fittings and characterizations of Wind magnetic clouds for the period from early 2007 to Fall 2012
• Modeling of ion composition in the topside ionosphere with emphasis on extremely low solar activity
• Multi-spacecraft analysis to determine the motion of flux transfer events (FTEs)
• Nanoflare Heating of the Solar Corona: Comparing SDO/AIA Observations with Modeled Light Curves
• New discoveries in the Venusian Foreshock
• Numerical Simulations of EMIC waves in 2D heavy ion density structures at Earth, Mercury, and Jupiter
• OpenGGCM simulations of different types of storms with a coupled inner magnetosphere model.
• PAMELA Observations during Solar Cycle 24
• Pick-up Ion Lifetime with Inter-Stellar Ion Super-Thermal Tails
• Relating high-Latitude Topside Ionospheric Vertical Electron-Density-Profile changes to Solar-Wind Parameters During Large Magnetic Storms
• Role of Lower-hybrid Waves to Radiation Belt Electrons
• STEREO observations of waves near the ramp region of interplanetary shocks
• STEREO observations of waves near the ramp region of interplanetary shocks
• Seasonal Variability and Local Time Dependence of Mercury's Dayside Magnesium Exosphere
• Shocklets, SLAMS, and field-aligned ion beams in the terrestrial foreshock
• Simulation Study of Particle Acceleration, Transport, and Loss in the Radiation Belts and Ring Current
• Simulation of Energetic Neutral Atom Imaging of Solar Energetic Particles
• Social Media Planning for the June 5, 2012 transit of Venus
• Solar Flare Impacts on Equatorial Ionosphere
• Sources and Losses of Mg in Mercury's Exosphere Inferred from MESSENGER Observations
• Space Weather Forecasting at NASA: Cutting Edge Research, Innovative Solutions, Shared Knowledge
• Statistical Analysis of Bursty Langmuir Waves and Coincident VLF Waves in the Cusp
• Storm-time electron density enhancement in the cleft ion fountain
• Study of solar energetic particles with PAMELA
• Synergism of Saturn, Enceladus and Titan and Formation of HCNO Exobiological Molecules
• The High Energy Replicated Optics to Explore the Sun (HEROES)
• The Main Pillar: Assessment of Space Weather Observational Asset Performance Supporting Nowcasting, Forecasting and Research to Operations
• The Mysteries of Collisionless Magnetic Reconnection in Asymmetric Systems
• The NASA Heliophysics Active Final Archive at the Space Physics Data Facility
• The Role of Type II Spicules in the Upper Solar Atmosphere
• The SDO Social Media Planning Process: Walking the cat back into the bag
• The flare productivity of active regions
• Three Dimensional Model Exosphere of Titan
• Tracking Solar Wind Input from the Sun to the Magnetosphere: 2007-2011
• Viewing Mercury's Surface-bound Exosphere from Orbit: Eighteen Months of Observations by the Mercury Atmospheric and Surface Composition Spectrometer aboard the MESSENGER Spacecraft
• Wavelength dependence of solar flare irradiance enhancement and its influence on the thermosphere-ionosphere system
• What do theoretical models and analogies tell us about cross-scale interactions in the coupled solar wind - magnetosphere - ionosphere system?
• A Demonstration of SPDF Data and Services Enabling Science Studies of the Inner Magnetosphere
• A Union of Inner Magnetosphere Data from the Van Allen Probes and Related Missions at NASA's Space Physics Data Facility (SPDF)
• An Investigation of Ion Cyclotron Wave Storms at 1 AU
• Development of a Low-cost, FPGA-based, Delay Line Particle Detector for Satellite and Sounding Rocket Applications
• Dissipation of obliquely propagating Alfvénic turbulence and related ion heating and acceleration -- 2D hybrid simulations
• Electromagnetic spectral properties of the November 14th, 2012 Geomagnetic storm. An early study using EMFISIS and EFW Van Allen probes data
• Energy Release, Acceleration, and Escape of Solar Energetic Ions
• Evolution of medium energy H and O ENAs during large storms
• Generation of poleward moving auroral forms (PMAFs) during periods of dayside auroral oval expansions/contractions and periods when the dayside auroral oval is expanded and stable
• High Resolution EUV spectroscopy: Design and Performance of VERIS
• How NASA is building and sustaining a community of scientist-communicators through virtual technology, graphic facilitation and other community-building tools
• In situ observations of medium frequency auroral radio emissions
• Inter-Hemispherical Currents for Realistic Model of Ionospheric Conductivity
• Low-latitude Ionospheric Heating during Solar Flares
• MESSENGER Observations of Magnetopause Reconnection at Mercury (Invited)
• MESSENGER Observations of Plasmoid-type Flux Ropes in Mercury's Magnetotail
• MESSENGER observations of dayside flux transfer events: Do they drive Mercury's substorm cycle? (Invited)
• Magnetospheric Electron-Velocity-Distribution Function Information from Wave Observations
• Multipoint Observations of Oval-aligned Transpolar Arc Formation
• New Method for Accurate Calibration of Micro-Channel Plate based Detection Systems and its use in the Fast Plasma Investigation of NASA's Magnetospheric MultiScale Mission
• On a Quest to Improve the Solar Forcing in IRI
• On the Ionospheric Holes of Venus
• Possible Source Location of the Terrestrial Myriametric Radio Burst
• Predicting and Mitigating Socioeconomic Impacts of Extreme Space Weather: Benefits of Improved Forecasts (Invited)
• Radiolytic Cryovolcanism Revisited
• Role of Lower-hybrid Resonances to Radiation Belt Electrons
• STEREO and Wind Observations of Intense Cyclotron Harmonic Waves at the Earth's Bow Shock
• Self-consistent retrieval of MLT pressure/temperature and CO2 densities from SABER/TIMED limb radiances in the 15 and 4.3 μm channels
• Simulation of S-Web Corridor Dynamics
• Spatially Resolved Differential Emission Measures from EUNIS
• Spatiotemporal scaling of the photospheric magnetic field and coronal emission of the active region NOAA 11158
• Survey of the global distribution of the fast magnetosonic mode from Van Allen Probes EMFISIS plasma wave analysis
• THEMIS observations of the magnetopause electron diffusion region and magnetospheric separatrix: Large amplitude waves and heated particles
• The Search for Precursor Redline Auroral Events
• The mysteries of the diffusion region in asymmetric systems
• The scientific challenges to forecasting and nowcasting the magnetospheric response to space weather (Invited)
• Variability of Plasmas Near Europa
• A Case Study of the Impact of a Transient Solar Wind Structure on Venus
• A Compact Ion and Neutral Mass Spectrometer for the Exocube Mission
• Bi-Directional Energy Cascades and the Origin of Kinetic Alfvénic and Whistler Turbulence in the Solar Wind
• ExoCube: In-Situ Measurement of Composition in the Exosphere, Thermosphere and Topside Ionosphere
• Global impact of collisionless magnetic reconnection on the structure of planetary magnetospheres
• Improving solar wind modeling at Mercury: Incorporating transient solar phenomena into the WSA-ENLIL model
• Ionosphere-Magnetosphere Coupling from Dynamics Explorer to Swarm and Beyond
• MESSENGER Observations of Cusp Plasma Filaments at Mercury
• MESSENGER's low-altitude plasma observations in Mercury's northern magnetospheric cusp
• Magnetic Alfvén-Cyclotron Fluctuations of Anisotropic Non-Thermal Plasmas
• Modeling the heating and the acceleration of the fast solar wind ion
• Multi-Scale Kelvin-Helmholtz Vortices Along Mercury's Magnetopause
• Observations of the coupling efficiency of VLF lightning-generated whistlers into the low-latitude plasmasphere
• Rebuilding of the Earth's Outer Electron Belts During the 9 October 2012 and 17 March 2013 Geomagnetic Storms
• Reconstruction of auroral zone ion outflow during a substorm from VISIONS ENA measurements
• Regional-Scale Surface Magnetic Fields and Proton Fluxes to Mercury's Surface from Proton-Reflection Magnetometry
• Role of Parallel and Oblique Ion-Cyclotron Waves in Heating Ions in an Inhomogeneous Expanding Solar Wind Plasma
• Symmetry Properties of Proton Velocity Distributions: a Vlasov Simulation Study of the Ion Cyclotron Instability
• Tracking the direction of the interstellar wind over a full solar cycle using pickup ions detected by ACE SWICS
• Whistler Cyclotron Electromagnetic Fluctuations in a Maxwellian and Tsallis-kappa-like Plasma
• Whistler-cyclotron spontaneous fluctuations as a proxy to identify thermal and non-thermal electrons in the solar wind
• 3D Ion and Electron Distribution Function Measurements from the Fast Plasma Investigation on the Magnetospheric Multiscale Mission
• Advanced 360<SUP>o</SUP> FOV, wide energy range, non-HV, gated time of flight mass spectrometers for Small Satellites and Cubesats
• Background Rates of Gain Amplifying Detectors in Space
• Bursty Bulk Flow Turbulence as Observed by the Magnetospheric Multiscale Mission
• Calibrating MMS Electron Drift Instrument (EDI) Ambient Electron Flux Measurements and Characterizing 3D Electric Field Signatures of Magnetic Reconnection
• CeREs, A Compact Radiation Belt Explorer to study charged particle dynamics in geospace
• Cluster Observations of Non Time Continuous Magnetosonic Waves
• Comparison of Magnetospheric Multiscale Magnetopause Crossing Signatures With Predicted Reconnection Line Locations
• Concepts and Results of New Method for Accurate Ground and In-Flight Calibration of the Particle Spectrometers of the Fast Plasma Investigation on NASA's Magnetospheric MultiScale Mission
• Conversion of electromagnetic energy at plasma jet fronts
• Current sheet properties derived using multi-point measurements from the Cluster and MMS missions
• Dual-propagation-path entry of lightning-generated whistlers into the low-latitude magnetosphere
• Early results on energetic particle dynamics and structure from the Energetic Ion Spectrometer (EIS) on the Magnetospheric Multiscale (MMS) mission
• Effect of electron ambient plasmas in reconnection jets and dipolarization fronts : MMS initial results
• Electric Mars: The first survey of Martian parallel electric fields.
• Electron instability thresholds of solar wind magnetic fluctuations in non-thermal anisotropic kappa distribution plasmas: Survey of Wind-SWE-VEIS observations
• Energy Dissipation and Transport Associated with Whistler-wave Generation during Plasma Jet Events using MMS Data
• ExoCube INMS with Neutral Hydrogen Mode
• Exploring Magnetopause Reconnection with MMS
• Features of the Active Evening Plasma Sheet from MMS
• First MMS Observations of High Time Resolution 3D Electric and Magnetic fields at the Dayside Magnetopause.
• In Flight Calibration of the Magnetospheric Multisale Mission Fast Plasma Investigation: Initial Flight Result
• Initial Predictions of Outflow Rates from Jupiter's Ionosphere
• Interplanetary Shocks Observed by the DSCOVR Spacecraft
• Ion Species-Dependent Effects in Magnetic Reconnection: MMS Hot Plasma Composition Analyzer (HPCA) Initial Results
• Low Altitude Initiation of Ionospheric Upflow and Outflow
• Low-Frequency Wave Activity Detected by MMS during Dusk Magnetopause Crossings and its Relation to Heating and Acceleration of Particles
• Low-frequency wave activity related to dipolarization fronts detected by MMS in the magnetotail
• MAVEN observations of magnetic reconnection in the Martian magnetotail
• MMS High-Resolution Observations of the Magnetopause Reconnection Layer
• MMS Observations of Dipolarization Fronts
• MMS Observations of Kinetic Features in the Earth's Bursty Bulk Flow Braking Region
• MMS Observations of Parallel Electric Fields
• MMS Observations of Velocity-dispersed Ion Populations in Earth's Magnetotail.
• MMS observations of kinetic-scale structure in a magnetic depression
• MMS observations of waves and instabilities in the separatrices and diffusion region of magnetopause reconnection
• Magnetospheric Multiscale (MMS) Mission Observations of Energetic Particle Dynamics and Structures Prior To and During Its First Encounters with the Reconnection-Rich Regions of Earth's Magnetopause
• Mapping Mercury's magnetic topology with solar energetic electrons
• Mapping Out the Diffusion Region in Magnetopause Reconnection: from CLUSTER to Magnetospheric Multiscale
• Measurements from the Daytime Dynamo Sounding Rocket missions: Altitude Profiles of Neutral Temperature, Density, Winds, and Con Composition
• Midlatitude daytime wind measurements in the dynamo region with a sounding rocket chemical release technique
• Mixing of Proton and Electron Scales - Effects of Proton Temperature Anisotropy on the Electron Firehose Instability
• Multi-point, multi-scale observation of the near-Earth current sheet reconfiguration during storm-time multi-onset substorms
• Near Instantaneous Energization of Electrons to Ultra-relativistic Energies in the Earth's Radiation Belts during the Strong Shock event of 17 March 2015
• Neutral Wind Observations below 200 km altitudes
• New Insights on Ring Current-Radiation Belt Dynamics from Observation and Simulation Studies
• Observations of 3-D Electric Fields and Waves Associated With Reconnection at the Dayside Magnetopause
• Observations of EMIC Wave Growth by MMS
• Quantifying the auroral response from measured source populations of electrons and electromagnetic wave activity
• RPC-IES observations of the development and variability of plasma interaction regions near 67P/Churyumov-Gerasimenko
• Secondary Electrons MI Coupling in the Presence of ECH and Whistler Waves
• Simultaneous Observations of Electric Fields, Current Density, Plasma Density, and Neutral Winds During Two Sounding Rocket Experiments Launched from Wallops Island into Strong Daytime Dynamo Currents
• Solar Wind Magnetic Fluctuations and Electron Non-Thermal Temperature Anisotropy: Survey of Wind-SWE-VEIS Observations
• Statistical analysis of plasmaspheric magnetosonic mode waves from Van Allen Probes observations
• Superthermal Electron Directional Fluxes and Their Pitch-Angle Distributions in the Region of the Diffuse Aurora
• Survey of the high resolution frequency structure of the fast magnetosonic mode and proton energy diffusion associated with these waves
• The Cubesat mission to study Solar Particles (CuSP), an interplanetary cubesat
• The Fast Plasma Investigation on the Magnetospheric Multiscale Mission
• The kinetic scale structure of the Plasma Sheet Boundary Layer: Implications of collisionless magnetic reconnection and first MMS observations
• The role of soft electron precipitation and ponderomotive force in the generation of ionospheric outflow in the cusp and polar regions
• A study of ionopause perturbation and associated boundary wave formation at Venus.
• Analysis of MMS observations of Ion Cyclotron Waves in the Magnetosheath
• Analysis of Microflares from the Second Sounding Rocket Flight of the Focusing Optics X-ray Solar Imager (FOXSI-2)
• Atmospheric Loss and Warming Of The Early Mars
• C/NOFS-VEFI results on magnetic-latitude control over coupling of lightning-generated VLF into zero-hop whistlers
• Cold Electrons as the Drivers of Parallel, Electrostatic Waves in Asymmetric Reconnection
• Cold ion demagnetization near the X-line of magnetic reconnection
• Cold plasma and magnetic reconnection at the magnetopause boundary layer
• Comparison of Ohm's Law Terms Using New High Resolution Fast Plasma Investigation Plasma Moments
• Detailed Characteristics of Radiation Belt Electrons Revealed by CSSWE/REPTile Measurements
• Differential Electron Flux Spectra Measured by the Magnetospheric Multiscale Mission (MMS) Show Strong Field-aligned Electron Population of Ionospheric Origin
• Electron Heating near the Reconnection X-line Versus in the Downstream Exhaust
• Evidence for extended sub-ion scale current sheets at the subsolar magnetopause under northward and southward IMF conditions: Comparison of MMS observations with global MHD simulations
• ExoDyn: A Cube-Satellite Constellation for the In-situ Measurement of Upper Atmospheric Composition
• Focusing Solar Hard X-rays: Expected Results from a FOXSI Spacecraft
• Global-scale Ionospheric Outflow: Major Processes and Unresolved Problems
• Identifying Long-term Oscillations in Polar Coronal Holes
• K-Spectrum Determination: Comparison of Three Methods Using High Resolution MMS FPI Plasma and Magnetic Field Multi-Spacecraft Data
• MI coupling impact of superthermal electrons on the diffuse aurora precipitation and the ionospheric conductance: the missing piece in the global MHD models
• MMS Observations and Non-Force Free Modeling of a Flux Transfer Event Immersed in a Super-Alfvenic Flow
• MMS Observations of the Flux Transfer Events in presence of the cold ions
• MMS Super-Conjunction Studies of Chorus Wave Properties and Their Effects on Energetic Electrons
• MMS observations of magnetic reconnection in small-scale current sheets in magnetosheath turbulence.
• MMS observations of strong plasma enhancements at the dawn terminator
• MMS observations of wave-particle interactions in a kinetic-scale Alfvén-branch wave
• Magnetospheric Multiscale Observations of Flux-Rope Interactions in the Turbulent Terrestrial Magnetosheath
• Magnetospheric Response to the Severe Storm of June 22-23, 2015: Effect of Multiple Dipolarizations on the Ring Current and Radiation Belts
• Mars Ionosphere Meteoritic Ion Distributions -A Mixture of Earth and Venus Characteristics
• Next Generation Telescopes for Terrestrial Exoplanet Characterization
• Observations of Heliospheric Faraday Rotation of a CME Using LOFAR and Space-Based Imaging
• Optical Observations of Interhemispheric Electron Bouncing during Pulsating Aurora
• Optimal satellite sampling to resolve global-scale dynamics in the I-T system
• Particle Dynamics at and Near the Electron and Ion Diffusion Regions
• Physics of the diffusion region in the Magnetospheric Multiscale era
• Plasma density estimates from spacecraft potential using MMS observations in the dayside magnetosphere
• Power law "thermalization" of ion pickup and ionospheric outflows
• Precipitated Electron Fluxes Formation in the Region of Diffuse Aurora: The Role of MI Coupling
• Prioritization for Downlink of Scientific Observations for the Magnetospheric Multiscale Mission Using Trigger Parameters from the Fast Plasma Instrumentation
• Quantifying the contribution of microbursts to global electron loss
• Quiet-sun and non-flaring active region measurements from the FOXSI-2 sounding rocket
• Radiation Belt Electron Intensity Variations: Van Allen Probes era vs. Previous two Solar Cycles
• Retrieving Saturn's Atmospheric Temperatures from Radio-Occultation Soundings
• Seasonal, longitude, local time, and altitude distributions of electric field, magnetic field, and plasma density components of depletions, structures, and waves observed on the C/NOFS satellite in the low latitude ionosphere
• Simultaneous Remote Observations of Intense Reconnection Effects by MMS and DMSP Spacecraft During Storm-time Substorms
• Sub-kilometer Simulation of Equatorial Plasma Bubble and Comparison with Satellite Observations
• The Electric Wind of Venus: A global and persistent "polar wind" like ambipolar electric field sufficient for the direct escape of heavy ionospheric ions
• The Focusing Optics X-ray Solar Imager (FOXSI) SMEX Mission
• The magnetosphere of Venus under unusual Solar Wind condition
• Transient foreshock phenomena at Mars and Venus and their effects on the induced magnetosphere and ionosphere
• 3D ion-scale dynamics of BBFs and their associated emissions in Earth's magnetotail using 3D hybrid simulations and MMS multi-spacecraft observations
• A Compact Ion and Neutral Mass Spectrometer for Measuring Atmospheric Composition with Preliminary Results from the Dellingr Mission
• A study on the non Maxwellian nature of ion velocity distribution functions using Magnetospheric Multiscale (MMS) data
• Accelerating 3D Hall MHD Magnetosphere Simulations with Graphics Processing Units
• Ambient magnetic field weakness during chorus event and their implication on the outer radiation belt dynamic
• Ambipolar electric fields at Earth, Mars, and Venus
• Anticipated Results from the FOXSI SMEX Mission
• Application of multi-parameter chorus and plasmaspheric hiss wave models in radiation belt modeling
• Atmospheric Loss Exploration via Mechanisms of Energetic Mass Ejection
• Characteristics of Energetic Particle Acceleration in Hot Flow Anomalies Observed by MMS
• Characteristics of Terrestrial-Source Ion Distributions In and Around the Plasma Sheet Boundary Layer
• Combined SDO/AIA, Hinode/XRT and FOXSI-2 microflare observations - DEM analysis and energetics
• Complementarity of Laboratory and Space Experiments on Reconnexion
• Diffusion Region's Structure at the Subsolar Magnetopause with MMS Data
• Direct Measurements of Energy Transfer between Hot Protons and He<SUP>+</SUP> via EMIC Waves Observed by MMS in the Outer Magnetosphere
• Do habitable worlds require magnetic fields?
• Does an Intrinsic Magnetic Field Inhibit or Enhance Planetary Ionosphere Outflow and Loss?
• Electron Beams Escaping the Sun: Hard X-ray Diagnostics of Jet-related Electron Acceleration
• Examining Energetic Particle Injections and the Effects on the Inner Magnetosphere with Multiple Spacecraft/Missions
• Flux transfer events formed in the reconnection exhaust region between two X-lines and in the velocity shear layer of Kelvin-Helmholtz vortices
• High resolution mapping of cold ions within flux transfer events using Magnetospheric Multiscale (MMS) data
• High-Energy Aspects of Small-Scale Energy Release at the Sun
• High-Resolution Spectroscopic Observations of Potassium Emissions in the Lunar Exosphere
• High-Resolution, Ground-Based Observations of the Lunar Exosphere during the month of May from 2013 to 2016.
• Investigation of Energy Release in Microflares Observed by the Second Sounding Rocket Flight of the Focusing Optics X-ray Solar Imager (FOXSI-2)
• Investigation of strong plasma injections observed by the MMS
• Investigation of the magnetic neutral line region with the frame of two-fluid equations: A possibility of anomalous resistivity inferred from MMS observations
• Investigations of Wind/WAVES Dust Impacts
• Ion Thermalization and Electron Heating across Quasi-Perpendicular Shocks Observed by the MMS Mission
• Jupiter's Dawn Magnetosheath and Magnetopause as Measured by Juno
• Kinetic-scale fluctuations resolved with the Fast Plasma Investigation on NASA's Magnetospheric Multiscale mission.
• Lower Hybrid Waves at Comet 67P
• MMS Encounters with Reconnection Diffusion Regions in the Earth's Magnetotail
• MMS Multipoint Analysis of the Dynamics, Evolution, and Particle Acceleration Mechanisms Inside FTEs at Earth's Subsolar Magnetopause
• MMS Observations of Langmuir Collapse and Emission?
• MMS Observations of Protons and Heavy Ions Acceleration at Plasma Jet Fronts
• MMS Observations of Reconnection at Dayside Magnetopause Crossings During Transitions of the Solar Wind to Sub-Alfvenic Flow
• MMS Observations of Vorticity Near Sites of Magnetic Reconnection
• MMS Observations of the Evolution of Ion-Scale Flux Transfer Events
• MMS observations and hybrid simulations of rippled and reforming quasi-parallel shocks
• MMS observations of guide field reconnection at the interface between colliding reconnection jets inside flux rope-like structures at the magnetopause
• MMS observations of magnetic reconnection signatures of dissipating ion inertial-scale flux ropes associated with dipolarization events
• Magnetic Reconnection as Revealed by the Magnetospheric Multiscale Mission
• Magnetospheric Multiscale observations of Flux Transfer Event signatures
• Magnetospheric Multiscale observations of Poynting flux associated with magnetic reconnection in the Earth's magnetotail from 10 to 25 R<SUB>E</SUB>
• Magnetospheric Response Associated With Multiple Atmospheric Reflections of Precipitated Electrons in Aurora.
• Mapping Ion and Electron Remagnetization Distance in the Reconnection Outflow Exhaust Region with MMS
• Mapping Project Connections Over Time in a Heliophysics Education Consortium
• Multi-Spacecraft Study of Kinetic scale Turbulence Using MMS Observations in the Solar Wind
• Observations of 50/60 Hz Power Line Radiation in the Low Latitude Ionosphere Detected by the Electric Field Instrument on the C/NOFS Satellite
• Observations of Magnetosphere-Ionosphere Coupling Processes in Jupiter's Downward Auroral Current Region
• Optical observations of Magnetosphere-Ionosphere coupling: Inter-hemispheric electron reflections within pulsating aurora
• Polar Plasma at Ganymede: Ionospheric outflow and discovery of the plasma sheet
• Properties, propagation, and excitation of EMIC waves observed by MMS: A case study
• Quantifying the contribution of microburst precipitation to global electron loss
• Quantitative Assessment of CRAND Contribution to the Inner Belt Electron Intensity
• Quantitative analysis of a Hall system in the exhaustof asymmetric magnetic reconnection
• Radiation Belt Electron Energy Spectra Characterization and Evolution Based on the Van Allen Probes Measurements
• Reconnection properties in Kelvin-Helmholtz instabilities
• Reconstructing Global-scale Ionospheric Outflow With a Satellite Constellation
• Relativistic electron dropout echoes induced by interplanetary shocks
• Separator Reconnection at Earth's Dayside Magnetopause and the Tail: MMS Observations Compared to Global 3D Simulations
• Sources, properties, and energization of auroral particle precipitation
• Space Weather Action Plan Ionizing Radiation Benchmarks: Phase 1 update and plans for Phase 2
• Spatial characterization of relativistic electron enhancements in the Earth's outer radiation belt during the Van Allen Probes era
• Statistical analysis of current sheet crossings using new 7.5ms Fast Plasma Investigation data
• Taking Risks for the Future of Space Weather Forecasting, Research, and Operations
• The Distribution of Interplanetary Dust Near 1-AU: An MMS Perspective
• The Focusing Optics X-ray Solar Imager (FOXSI) SMEX Mission
• The Non-Steady State Dynamic of Superthermal Electrons in the Regions of Diffuse Auroras
• Two-years of In-flight Spectrometer Calibration Results for the Fast Plasma Investigation (FPI) on the Magmetospheric Multiscale (MMS) Mission
• Using a Neural Network Approach to Find Unusual Butterfly Pitch Angle Distribution Shapes
• Where is the Most Likely Location Where the Secondary Interstellar Oxygen Atoms Are Created Around the Heliosheath?
• ­­Pressure Agyrotropy In Magnetized Plasma: Measurements And Application In Turbulent Magnetic Reconnection
• A Mission to Achieve Ultrahigh-Resolution Imaging of the Solar Corona
• Accurate determination of the total accelerated electron rate and power using solar flare hard X-ray spectra from RHESSI and FOXSI
• An Analytical Model to Predict Directional Distribution of the Secondary ISN O Atoms at the Heliopause Derived From IBEX-Lo Observations
• Angular Momentum and Angular Energy in the Dissipation, Energy Balance, and Topology of Magnetic Reconnection
• Anticipated Particle-Acceleration and Plasma-Heating Results from the FOXSI SMEX Mission
• Comparative Examination of Ion Energization Mechanisms in Coalescing FTE-Type Flux Ropes
• Comparisons of Three Solar Eruptive Gamma-Ray Events
• Compressional wave observations between 12 and 18 F<SUB>cP </SUB>in the Earth's plasmasheet: observations by MMS
• Constrained Differential Emission Measure of Microflare Heating Observed with FOXSI-2, Hinode/XRT and SDO/AIA
• Coupling of Multiple Small-Scale Electron Transport Models to Examine Auroral Events
• Cross helicity in the kinetic range of plasma turbulence using MMS
• Direct Measurements of Energy Transfer from Hot Protons to EMIC Waves Observed by MMS during Pc5 Waves in the Outer Magnetosphere
• Effects in the near-Magnetopause Magnetosheath Elicited by Large-Amplitude Alfvénic Fluctuations Terminating in a Field and Flow Discontinuity
• Electron Beams and Return Currents in Solar Flares: A Self-Consistent Model Including Runaway Electrons
• Energetic charged particle characteristics of Jupiter's middle-to-outer magnetosphere: Observations from Juno/JEDI
• Energy flow across the magnetopause and plasma sheet boundary layers: Theory and MMS observations
• Estimating Current Density with MMS Data in Near-Earth Space
• Examining the link between MSTIDs and ionospheric plasma density enhancements with petitSat, an upcoming 6U CubeSat mission
• Exploration of Different Active Region Heating Models
• Exploring Earth's Magnetosphere in Virtual Reality
• FOXSI-3: Mission Overview and Observations from the Third Sounding Rocket Flight of the Focusing Optics X-Ray Solar Imager
• First Observations from CeREs: The Compact Radiation belt Explorer
• First Responses of the Magnetosphere and Ionosphere during Extreme Geomagnetic Storms
• Flying through a Dawn Storm : an analysis of Juno-UVS images during PJ11
• Four-spacecraft measurements of the shape and dimensionality of magnetic structures in the near-Earth plasma environment
• High energy radiation profile of Jupiter as observed by the Juno ASC
• Higher-order Turbulence Statistics in the Earth's Magnetosheath and the Solar Wind using Magnetospheric Multiscale Observations
• Identifying the Electron Diffusion Region Using Model Independent Measurement of Spatial Scale-Meter: (MIMSS-M)
• Identifying the Electron Diffusion Region in MMS Magnetopause Crossings
• Implications of LADEE measurements of the lunar potassium exosphere
• Impulsively Reflected Ions: A New Theory for Ion Acoustic Wave Growth in Collisionless Shocks
• In situ study of the pathways of energy dissipation in turbulent reconnection in the Earth's magnetosheath using MMS data
• Influence of various plasma environments (Solar wind, magnetosheath, tail lobes, plasma sheet) on the lunar sodium and potassium exosphere
• Initial Results from the Ion and Neutral Mass Spectrometer on NASA's Dellingr Mission
• Investigation of waves, instabilities and energy exchanges in magnetotail dipolarization fronts using MMS in situ observations and 3D kinetic simulations
• Ion heating during magnetotail reconnection
• Ionospheric Currents Observed Using the Flux-gate Magnetometer on the C/NOFS Satellite
• Juno Magnetometer Observations of Jupiter's Magnetic Field and Magnetosphere
• Local time dependence of sodium in the lunar exosphere from LADEE data.
• MMS Observations of Beta-Dependent Constraints on Ion Temperature-Anisotropy in Earth's Magnetosheath
• MMS Observations of Cross-tail Current Sheet Flapping at Earth
• MMS Observations of Magnetosheath Field Enhancements and Pressure Pulses: Causes and Consequences
• MMS observations of flux rope formation and magnetic reconnection implications in Earth's central plasma sheet
• MMS observations of reconnecting current sheets in the disordered transition region of collisionless shocks
• Magnetosheath Turbulence and its Relationship with Electron Magnetic Reconnection
• Magnetospheric Outlook on MI Coupling Processes in the Regions of Diffuse Aurora
• Magnetotail Reconnection at Jupiter: A survey of magnetic field and plasma flow signatures observed by Juno
• Magnetotail reconnection following a flapping motion of the magnetotail on 17 July 2017
• Measuring Effects Across NASA Space Science Education Consortium Activities Using NSF Impact Categories
• Measuring energy conversion in near-Earth space plasmas with MMS
• Mercury's extended sodium exosphere: pickup ion observations in the solar wind by MESSENGER
• NOAA SWPC / CCMC Partnership to Validate Heliospheric Models
• New results from Galileo's first flyby of Ganymede: Reconnection driven flows at the low-latitude magnetopause boundary, crossing the cusp, and icy ionospheric escape
• On the variations of protons during the magnetospheric substorm at Earth and Mercury in the near-tail: A comparative study
• Probing the Bi-Directional Magnetic Reconnection Outflow Region of An Eruptive Solar Flare with Microwave Spectroscopic Imaging
• Resolving Terms of Vlasov's Equation with MMS
• SETH, a Heliophysics Technology Demonstration
• STEREO Observations During the First Perihelion Pass of Parker Solar Probe
• Si IV Resonance Line Emission During Solar Flares: NLTE radiation transfer simulations
• Soft X-ray imaging spectroscopy of the Sun using a high-speed CMOS sensor with the FOXSI-3 sounding rocket
• Spectrometer for Temperature and Composition for the Focusing Optics X-ray Solar Imager - FOXSI mission
• Statistic Properties of Flux Ropes and Flux Transfer Events Observed by MMS spacecraft
• Statistical Comparison of the Dayside Current Density using Particle and Field Data from the Magnetospheric Multiscale Mission
• Study of Type III Radio Bursts in Nanoflares
• Studying Coronal Heating with Data Driven Active Region Modeling using GX Simulator
• Studying the Global Effects of Ion-Scale Physics in Supersonic, Earth-like Magnetospheres with GPUs
• The Effect of Nanoflare Heating on Coronal Spectral Lines
• The Focusing Optics X-ray Solar Imager (FOXSI)
• The Jovian Magnetodisc Azimuthal and Radial Fields Mapped by the Juno Spacecraft
• The Onset of Magnetic Reconnection in the Solar Corona
• The SunPy Ecosystem
• The formation of drift-Alfvén vortices near thin current sheets in low-β magnetosheath turbulence
• The third flight of the FOXSI rocket: Performance and results
• Turbulence Studies using MMS: data issues and physics
• Using 3D Printers and Paper Cutters to Motivate your Audience with NASA Science and Big Events
• Visualizations of Volumetric Datasets in Virtual Reality: Benefits and Constraints
• WSA-ENLIL+Cone Modeling of CMEs in 2010-2011 Using Multipoint Spacecraft Observations
• A Model for Measuring Effects Across NASA Space Science Education Consortium Activities Using NSF Impact Categories
• A Statistical Study of Proton Microinstabilities and Nonlinear Effects in Space Plasmas
• A Statistical Study on the Upstream Ultra-low Frequency Waves in Mercury's Foreshock seen by MESSENGER
• Advances in the inversion modelling of solar electron events: From Helios to Parker Solar Probe &amp; Solar Orbiter.
• Anisotropic Distribution of the Secondary Interstellar O Atoms in the Region outside the Heliopause
• Characterization of Charge Sharing in the FOXSI Sounding Rocket Hard X-ray Detectors Using the Advanced Light Source at Berkeley
• Combined Next-Generation X-ray and EUV Observations with the FIERCE Mission Concept
• Dawnward Tail Asymmetries in a "Mini-Earth" Magnetosphere
• Disk Detective: Combining Citizen Science and Virtual Reality
• Do Earth's auroral substorms and Jupiter's dawn storms arise from the same processes?
• Electromagnetic ion cyclotron waves in the solar wind: local vs remote sources
• Electron Scattering by Low-Frequency Whistler Waves at Earth's Bow Shock
• Electron acceleration and thermalization at reconnection separatrices
• Electron vorticity observed during fundamental physical processes in near-Earth space
• Electron-MHD reconstruction of magnetotail reconnection regions observed by the Magnetospheric Multiscale mission
• Electrostatic spacecraft potential structure and wake formation effects for characterization of cold ionospheric ions in the Earth's magnetosphere
• Energetic particle observations in Jupiter's polar magnetosphere: new discoveries by Juno
• Energy Transport and Partition in the Vicinity of the Magnetopause Reconnection Electron Dissipation Region
• Exploring the Earth's outer atmosphere: an innovative approach to measure in-situ exospheric densities
• FIERCE Science: Expected Results From a High-Energy Medium-Class Explorer
• FOXSI-4: Instrument Upgrades for a Proposed Fourth Focusing Optics X-Ray Solar Imager Sounding Rocket Experiment
• Generalized Ohm's Law Decomposition of the Electric Field in Magnetosheath Turbulence: Magnetospheric Multiscale Observations
• Hardware upgrades and science outcomes from the latest flights of the FOXSI rocket
• Juno in-situ Observations of Io's Interaction with Jupiter and Comparisons with Enceladus
• Juno observations of field-aligned currents in Jupiter's polar magnetosphere
• MMS Observations of Magnetopause Reconnection: Characterizing Terms in the Vlasov Equation Throughout the Diffusion Region
• MMS Observations of Multi-Scale Wave Structures with Energetic Electrons at the High-Latitude Dayside Boundary Layer In the Vicinity of the Southern Cusp
• MMS Observations of Plasma Heating and High Frequency Waves in Kelvin-Helmholtz Vortices
• MMS observations of the structure, evolution, and heating in the diffusion region of a reconnecting magnetosheath current sheet
• Magnetotail Current Sheet Prior to Magnetic Reconnection
• Modelling the angular response of EPD/EPT: Application to the electron event observed on 21 April 2019
• NASA's STEM Innovation Lab: A Hybrid Makerspace. Our goal is to bring NASA's universe of knowledge into educational spaces around the country and to increase scientific literacy and interest. We're a hybrid think-tank and makerspace where we invite NASA scientists, engineers, and educators to explore and share ideas using educational technology.
• Non-Maxwellianity of electron distributions and their source regions
• On the Ubiquity of Magnetic Reconnection inside Flux Transfer Events at the Earth's Magnetopause
• Particle Acceleration by Io's Alfvénic Interaction
• Plasma Wave Phase Analysis of the Magnetosphere-Multiscale Fast Plasma Investigation Data
• Pressure Tensor Elements Breaking the Frozen-In Law During Reconnection inEarth's Magnetotail
• Solar Flare EUV and X-ray Emission: Building a 3D picture from Radiation Hydrodynamic 1D Loop Modelling
• Solar flare hard X-ray and gamma-ray imaging spectro-polarimetry with GRIPS and SAPPHIRE/SHARPIE
• Solar wind streams and corotating interaction regions observed by Parker Solar Probe with corresponding observations at one AU
• Spectrometer for Temperature and Composition for the FIERCE MIDEX mission concept
• Statistics of Reconnecting Structures within the Transition Region of Earth's Bow Shock
• Study of Type III Solar Radio Bursts in Nanoflares
• SunPy v1.0, the community-developed, free and open-source solar data analysis environment for Python.
• The Distribution of Interplanetary Dust Near 1-AU: Perspectives from STEREO and MMS
• The Interplay of Turbulence and Electron-Only Reconnection: A Survey of Magnetosheath Turbulence with Magnetospheric Multiscale
• The Jovian Magnetodisc During the Juno Era
• The Occurrence and Role of Magnetic Reconnection in Turbulent Plasmas
• The Onset and Development of 3D Magnetic Reconnection in the Solar Corona: Important Physical Details
• The Sensitivity of AIA Observations to Coronal Heating Parameters
• The cold ion drag and its possible impact on the dayside magnetospheric convection
• The magnetic structure and electrodynamics of the emerging solar wind
• The relationship between substorm onset and fast flow generation in Earth's magnetotail
• Understanding Energetic Electrons in the Inner Heliosphere
• Update on NOAA SWPC / CCMC Partnership to Validate Heliospheric Models
• Using Celestial Events to Highlight NASA Science and Reach Diverse Populations
• Vlasiator Hybrid-Vlasov Simulations and MMS Observations of Flux Transfer Events: a Comparative Analysis
• Volume-filling Simulations of Coronal Loops Heated by Nanoflares
• Voyager 2 Constraints on Plasmoid-based Transport at Uranus
• Whistler mode waves near the magnetic field intensity minimum of mirror structures in magnetosheath
• Why do fast and wide CMEs not always produce observable solar energetic particles?
• petitSat - A 6U CubeSat to examine the link between MSTIDS and ionospheric plasma density enhancements
• A Survey of Computational Tools in Solar Physics
• Can nanoflare heating define the coronal loop size?
• Comparing plasma irregularities across scale sizes with GOLD and COSMIC
• Comprehensive Dual-Species Observations of the Long Duration Gamma Ray Flares of 1991 June 9 and 11.
• EarthShine: The Earth viewed as an exoplanet from the Lunar surface
• High-Energy Proton Intensity Enhancements Associated with the Passage of Interplanetary Shocks
• ISEND cubesat for studying the Earth's exospheric density and its response to space weather
• Ion Velocity Spectrometer (IVS) for Solar Wind Monitor
• Ion radiation belts outside of the main rings of Jupiter and Saturn
• Limits on the X-ray emission of the quiet Sun from the FOXSI sounding rockets
• Lunar Plasma Environment in Cases with Extreme Solar Wind Conditions. First Results from 3-D Hybrid Kinetic Modeling and Comparison with ARTEMIS Observations
• MMS Observations of Ion Bernstein Mode Wave-Particle Interaction in the Plasmasheet
• Modeling Supra-thermal Runaway Electrons Returning to the Acceleration Region in Solar Flares
• Modeling the whistler-heat flux instability in the solar wind using skew kappa distribution functions
• Modulation of energy transfer between hot protons and electromagnetic ion cyclotron waves by compressional Pc5 ULF waves
• Nearest Planetary Object Approaches for Interstellar Probe's Journey Through the Inner and Outer Solar System
• New Methods for Solar Hard X-ray Imaging Analysis with the FOXSI Sounding Rocket Experiment
• Opportunities for Science From Gateway With HERMES
• Physics-Informed Reconstruction of MHD Spacetime States from Simulated Spacecraft Measurements
• Plasmaspheric Plume Turbulence: Signature of an Electrostatic Corotation-Convection Shear-Layer Instability
• SEP Scoreboard
• Signatures of Type III Solar Radio Bursts from Nanoflares: Final Results
• Small Electron Events Observed by Parker Solar Probe/ISʘIS During Encounter 2
• Soft x-ray imaging telescopes for remote observation of the magnetosphere
• Solar Energetic Particle Acceleration at Shock Waves Driven by Fast and Wide Coronal Mass Ejections
• Solar Energetic Particles and Interplanetary Type III Bursts
• Solar Flare Arcade Modelling using Field-Aligned Flare Simulations: Bridging the gap from 1D to 3D
• Spectroscopic Constraints on the Dimension of Active Region Loops Along the Line of Sight
• Study of the relationship between the observations of electron distribution in the solar wind and interplanetary magnetic field fluctuations
• SunPy 2.0: the community-developed open-source solar data analysis environment for Python
• The FOXSI-4 Sounding Rocket: High Resolution Focused X-ray Observations of the Sun
• The Gamma-Ray Imager/Polarimeter for Solar flares (GRIPS): proposed reflight during the next solar maximum
• The Micro Solar Flare Apparatus (MiSolFA)
• The expected fluxes of secondary ISNs in the VLISM
• The topology of the subsolar magnetopause under northward IMF conditions: Global simulations and MMS observations
• Tracking a CME and SIR to Earth and Mars during the deep minimum of Solar Cycle 24
• Understanding Solar Energetic Particle Events and CME Dynamics in the Low Corona using MLSO and Spacebased Coronagraph Observations - Progress Report
• Why do different current sheets reconnect differently?
• A Stochastic Three-dimensional Focused Transport Simulation of Solar Energetic Particles Produced by a Data-driven Coronal Mass Ejection Shock
• Analysis of a Multi-Spacecraft Event During the First Solar Orbiter Perihelion: the 21 March 2022 SEP event
• BepiColombo Cruise Science: a Planetary Mission Providing Synergistic Observations of Interplanetary Transients in the Inner Solar System
• Conditions Leading to the Observation of High-Energy Proton Intensity Enhancements Associated with the Passage of Interplanetary Shocks
• Machine Learning for solving the Bz Problem in Space Weather Forecasting
• Multi-Spacecraft Observation of Three SEP Events and Associated CMEs in Late March 2022.
• On the seed population of solar energetic particles in the inner heliosphere
• Solar Orbiter: First science results from the nominal mission phase
• The geomagnetic Vigil: How useful are Measurements at L5 for forecasting a Geomagnetic Index like Dst?
• Towards Advanced SEP Forecasting Using Physics-based Simulation Modeling of Particle Acceleration and Transport
• Tracking a beam of electrons from the low solar corona into interplanetary space with the Low Frequency Array, Parker Solar Probe and 1 au spacecraft

Linked Collaborating Authors [?]

• A. Aran
• A. Bruno
• A. C. Birch
• A. P. Walsh
• Adiv Paradise
• Alexander Kollhoff
• Anders Eriksson
• Andreas J. Weiss
• Athanasios Papaioannou
• B. Fleck
• B. R. Dennis
• Baptiste Cecconi
• Beatriz Sánchez‐Cano
• Bernd Heber
• Brigitta Sipőcz
• C. J. Henney
• C. M. S. Cohen
• C. Tucker
• Carolus J. Schrijver
• Christian Möstl
• Christina O. Lee
• Christoph U. Keller
• Colby Haggerty
• D. E. McKenzie
• D. Fischer
• D. Lario
• D. Müller
• D. V. Reames
• Daniel Heyner
• Daniel Pacheco
• David R. Williams
• Durgesh Tripathi
• E. Mazarico
• Elias Odelstad
• Erika Palmerio
• F. Espinosa Lara
• Fernando Carcaboso
• G. C. Ho
• G. M. Mason
• Gang Li
• Go Murakami
• Hannah T. Rüdisser
• I. G. Richardson
• I. Zouganelis
• Ilya Usoskin
• J. A. Klimchuk
• J. Benkhoff
• J. C. Kasper
• J. Fainberg
• J. Martinez Oliveros
• J. P. Eastwood
• J. P. Morgenthaler
• Jason P. Dworkin
• Jeffrey W. Reep
• Julia Sushkova
• L. Golub
• L. K. Jian
• M. H. Burger
• M. L. Mays
• M. Pulupa
• M. R. Burleigh
• M. Stęślicki
• Martin A. Reiss
• Martin Rubin
• Matthew J. West
• Michael L. Stevens
• N. E. Raouafi
• Natasha L. S. Jeffrey
• Nicolas André
• Nicolas Wijsen
• P. Gonçalves
• P. H. Reiff
• P. H. Scherrer
• P. Wright
• Petrus C. Martens
• Pierre Henri
• R. Bandyopadhyay
• R. C. Allen
• Rachael Filwett
• Robert F. Wimmer‐Schweingruber
• Roger C. Bailey
• Ryan O. Milligan
• S. D. Bale
• S. Gburek
• S. T. Badman
• Sijie Yu
• Stefaan Poedts
• Steven Christe
• T. Dudok de Wit
• Tanja Amerstorfer
• Teresa Nieves‐Chinchilla
• Tomasz Mrozek
• Ute Amerstorfer
• Yuri V. Khotyaintsev
• Zheyi Ding
• Zigong Xu