Smithsonian Astrophysical Observatory

    flowchart
    I[Smithsonian Astrophysical Observatory]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (437)"]
    CA["Linked Collaborating Authors (207)"]
    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 [?]

A11032

Abbreviation [?]

SAO

Parent Institutions [?]

• Smithsonian Institution

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• UVCS Observations of Post-CME Heating and Streamer Relaxation by Current Sheets
• High-rate GPS accuracy: its spatio-temporal dependence
• Callable Virtual Observatory Functionality: Sample Use Cases
• Cross calibration of soft X-ray telescopes between Hinode/XRT and GOES13/SXI
• Dealing with Large Dataset Queries in the Virtual Solar Observatory
• Dust storms originating in the northern hemisphere of Mars
• Mangetic field properties at the footpoints of solar microflares (active-region transient brightenings)
• The Magnetic Structure of X-Ray Bright Points
• Transboundary Influences on Ozone Pollution in the United States: Present Conditions and Future Projections
• Clouds in the Tropical Lowermost Stratosphere Observed by ACE
• Magnetic reconnection in the heliosphere: a global picture
• Modeling the Corona-Heliosphere Interface in Anticipation of the Murchison Wide-field Array
• Solar Wind Measurements on Solar Orbiter: Discovering the Links Between the Solar Wind and the Atmosphere of our Sun
• Understanding the correlation between X-ray Jets, CMEs and the Solar Wind
• Access to the Online Planetary Research Literature
• Effects of the moon on galactic cosmic rays as seen by the CRaTER instrument on LRO
• Enabling Distributed access to SDO Data with VSO
• The SDO Flare Detective
• Calibration of AIA/SDO: Accessing and implementing the response functions
• Comparisons Between the ACOS and TCCON XCO2 Data in the Southern Hemisphere
• Comparisons of the Interstellar Magnetic Field Directions obtained from the IBEX Ribbon and Interstellar Polarization Measurements
• Energetic protons accelerated by a model Coronal Mass Ejection and associated shock in the solar corona
• GCR Dose Rate Observed in Lunar Orbit During the Transition from Solar Cycle 23 to Cycle 24
• Observational Signatures of Ion Acceleration Near CME-Driven Interplanetary Shocks
• Observations and Magnetic Field Modeling of the Flare/CME Event on 2010 April 8
• The Marshall Grazing Incidence X-ray Spectrometer (MaGIXS)
• The Recent Weakening Solar Wind as Observed by ACE and Wind
• Thermal study of active region plasma from Hinode and SDO observations
• Collecting Samples of Coronal and Solar Wind Plasma with Solar Probe Plus
• Evolution of the Deep-space Galactic Cosmic Ray Lineal Energy Transfer Spectrum through Tissue Equivalent Plastic
• Exploring Frontal Events on Mars Using MRO MARCI images
• Galactic Cosmic Ray Dose Rate at 1 A.U. During Solar Activity Cycle 24 Minimum
• Galactic and Solar Particle Anisotropies Observed in a Polar Lunar Orbit
• Galactic cosmic ray linear energy transfer spectra at the Moon during solar minimum
• Making Science Public
• Measurements of iodine monoxide from GOME-2 over Antarctica
• Shocks in the Corona and Inner Heliosphere: Implications for Solar Probe and Solar Orbiter
• The Radiation Environment Near the Moon at Solar Minimum: CRaTER Observations and Geant4 Modeling
• The measurement of bromine monoxide from Fairbanks, AK and comparison with OMI/AURA
• UVCS/SOHO Search for Coronal Suprathermal Seed Particles: 2011 Campaign
• Understanding the Origin and Evolution of Turbulence in the Inner Heliosphere with Solar Probe Plus
• A magnetic field parameter study of turbulence-driven solar wind
• Biologically induced initiation of snowball-Earth events, and the circulations of ice and ocean in a globally glaciated scenario
• Comet Lovejoy from 2 to 9 Solar Radii
• Coronal Mass Ejections Observed by SOHO-UVCS and MLSO
• Correlation Analysis of Column-Density Data with Surface Mixing Ratios for o3 and NO2 during Discover-Aq
• Feasibility study for combined use of GEO-CAPE and GOES-R observations to improve retrieval of aerosol properties
• Heavy Ion Heating from the Sun to 1AU
• Ionization and Emission Characteristics of the Current Sheet in a CME/flare Eruption Mode
• Non-Linear Force Free Field Modeling and Flare Ribbon Comparison of Several Flaring Active Regions
• Predicting Inner Heliospheric Solar Wind Conditions in Advance of Solar Probe Plus
• Science Enabled by Advances in UV/EUV Technologies
• Search the AGU journals in the ADS Full Text Service
• Sigmoidal Active Regions on the Sun: Statistical and Detailed Studies
• Signatures of Local and Coronal Ion Heating Embedded in Solar Wind Observations
• Testing Flare Simulations Sensitivity to Chromospheric Models
• The Fundamental Structure of Coronal Loops
• The Thermal Structure of the Corona as observed with SDO/AIA, With and Without Image Deconvolution
• long duration dust storm sequences on Mars
• CME Topologies and Observed Flare Features: Extending the Standard Flare/CME Model to 3D
• Demonstrated Performance of the Solar Probe Cup
• Extreme Ultraviolet and X-Ray Observations of Comet Lovejoy (C/2011 W3) in the Lower Corona
• First Results from Coordinated Observing with IRIS, Hinode, and Ground-Based Observatories (Invited)
• Flat-field and Dark Frame Corrections for IRIS Data
• Free energy of proton double-streaming in the solar wind at 1 AU
• IRIS Observations of Recurrent Coronal Jets
• IRIS Spatial Resolution and Deconvolution (Invited)
• NASA Heliophysics Town Hall
• Particles in the Heliosphere: Scientific and Technical Challenges in the Next Decade (Invited)
• Plate Scale, Wavelength and Geometric Calibration of Interface Region Imaging Spectrograph (IRIS) Data
• Properties of Off-Limb Coronal EUV Waves and Shocks As Drivers of Early SEP Acceleration
• Structure and Dynamics of the Polar Crown Prominence Eruption on 2012 March 12
• The Nature of Martian Dust Storms as Revealed by Long Term Daily Global Atmospheric Imaging
• The Road to IRIS data products
• What Makes Each Cycle Special? A Characterization of Hemispheric Cycles
• Whipple: A Discovery mission concept to probe the outer solar system
• A catalog of Dimming Regions from the SDO AIA mission
• Asymmetric Magnetic Reconnection in Partially Ionized Chromospheric Plasmas
• Benchmarking Space Radiation Transport Codes Using Measured LET Spectra from the Crater Instrument on LRO
• Climatology of Dust Lifting As Observed By the Mars Orbiter Camera
• Comparing High-speed Transition Region Jets in Coronal Holes and Quiet Sun Regions
• Coulomb collisions and the radial extent of preferential ion heating in the solar wind
• Fast solar wind measurements from the Bright Monitor of the Solar Wind instrument on Spektr-R
• Galactic Cosmic Rays and Lunar Secondary Particles from Solar Minimum to Maximum: CRaTER Observations and Geant4 Modeling
• Glyoxal Retrieval from the Ozone Monitoring Instrument
• Heavy Ion Heating at Shocks in the Heliosphere
• Hinode, SDO AIA, and CoMP Observations of a Coronal Cavity with a Hot Core
• IRIS Observations of Magnetic Reconnection and Chromospheric Evaporation in a Solar Flare
• Investigating Alfven Wave Turbulence in Chromosphere and Corona Using Extreme Ultraviolet Imaging Spectrometer (EIS)
• Lunar Proton Albedo Anomalies: Soil, Surveyors, and Statistics
• Mass and energy of erupting plasma associated with coronal mass ejections in X-rays and EUV
• Multi-wavelength observations of Jupiter's aurora coordinated with Hisaki and other space telescopes
• Preliminary Results from a Coordinated Hisaki/Chandra/XMM-Newton Study of the Jovian Aurora and Io Plasma Torus
• Prevalence of Micro-Jets from the Network Structures of the Solar Transition Region and Chromosphere
• Software Development for Jointly Analyzing Thermal-Ion Measurements from Multiple In-Situ Instruments
• Solar Wind Speed-Temperature-Acceleration Relation
• Testing the Solar Probe Cup, An Instrument Designed to Touch the Sun
• The Effects of Thermal Tides and Dust on Traveling Waves in the Martian Atmosphere
• The IMACS Occultation Survey: I. Pilot Study
• The IMACS Occultation Survey: II. An Extended Campaign
• The Whipple Mission: Design and development of the focal plane
• The Whipple Mission: Exploring the Kuiper Belt and the Oort Cloud
• The influence of variations in Jupiter's plasma environment on the Europa interaction
• Toward the Direct Measurement of Coronal Magnetic Fields: An Airborne Infrared Spectrometer for Eclipse Observations
• Whipple Mission Design - Fields, Orbit, Schedule
• Whipple Mission Simulations - Detectability and Parameter Extraction
• 3D Model of Slip-Running Reconnection on Solar Sigmoidal Regions
• A new technique for identifying and distinguishing between ion heating mechanisms in solar wind plasma
• Airborne Infrared Spectrograph for Eclipse Observations
• Analysis of the Longitudinal Variation of Energetic Particle Radiation during the 23 July 2012 Solar Event Using STEREO and LRO/CRaTER with the BRYNTRN Model
• Balance between Coulomb relaxation and preferential ion heating in the corona and solar wind
• DSCOVR Observations of Magnetic Reconnection
• Differential flow: Locally Generated or Coronal Artifact?
• Interplanetary Shocks Observed by the DSCOVR Spacecraft
• Ion-Driven Instabilities in the Solar Wind: Wind Observations of 19 March 2005
• Laboratory Identification of MHD Eruption Criteria in the Solar Corona
• MarsCAT: Mars Array of ionospheric Research Satellites using the CubeSat Ambipolar Thruster
• Multi-scale Analysis of DSCOVR Data Using Wavelet Cross Correlation
• Multi-spacecraft Characterization of Current Sheet Crossings in the Dynamic Solar Wind
• Multi-spacecraft Measurements of Heavy Ions at Interplanetary Shocks in front of Coronal Mass Ejections
• Observations of Small-scale IRIS Bombs (Reconnection Events) in an Evolving Active Region
• Possible Albedo Proton Signature of Hydrated Lunar Surface Layer
• Presenting DSCOVR: The First NOAA Mission to Leave Earth Orbit
• Proton-Induced X-ray Emission (PIXE) from the Galilean Satellites: Modeling charged-particle interactions on the satellite surfaces and the prospect for direct measurement of the elemental compositions
• Solar wind ion distribution broadening by waves and transients
• The Coronal Solar Magnetism Observatory
• The Marshall Grazing Incidence X-ray Spectrometer (MaGIXS)
• The Plasma Instrument for Magnetic Sounding (PIMS): Enabling Required Plasma Measurements for the Exploration of Europa
• Thermal Plasma Measurements with the Solar Probe Cup: An Estimate of Perihelion Data
• Twisting/Rolling Motions and Chirality in Filament Eruptions
• Validation of Smithsonian Astrophysical Observatory's OMI Water Vapor Product
• Alfvenicity of Ion Drifts at 1AU
• Data Collection and Processing Capabilities used by the SWEAP Investigation on Solar Probe Plus
• Development of the User Interface for AIR-Spec
• Differing Lunar Regolith Hydrogen Distributions as a Possible Source of Variations in Proton Albedo: Geant4 Simulations
• Direct Radio Synchrotron Emission Imaging of a CME with the Murchison Widefield Array
• Early-Stage Acceleration of SEPs by CME-Driven Shocks and Compressions
• Highlights of the HITRAN2016 database
• Initial Results of a Large-scale Statistical Survey of Small-scale UV Bursts with IRIS and SDO
• Janus: Graphical Software for Analyzing In-Situ Measurements of Solar-Wind Ions
• Magnetic Cyclotron Waves near the Proton Cyclotron Frequency in the Solar Wind: Wind and ACE Observations in 2005
• NASA's Universe of Learning: Engaging Learners in Discovery
• Non-Equilibrium Ionization Modeling of Coronal Mass Ejections
• Observations of fast magnetosonic shocks from the solar wind to the inner heliosphere
• Plants, Pollution and Public Engagement with Atmospheric Chemistry: Sharing the TEMPO Story Through Ozone Garden Activities
• Solar Probe ANalyzer Ion Instrument - Demonstrated Laboratory Performance
• Solar Probe Cup - Demonstrated Laboratory Performance
• Solar wind intermittency with DSCOVR, Wind, and ACE
• Spectroscopy for Remote Sensing of Greenhouse Gases: Recent Advances and Outstanding Issues
• Study of Velocity and Magnetic Field Fluctuations at Kinetic Scale with the DSCOVR Data
• The DKIST Data Center: Meeting the Data Challenges for Next-Generation, Ground-Based Solar Physics
• The Electron Solar Probe ANalyzers - Demonstrated Laboratory Performance
• Total Column Water Vapor derived from OMI - Validation and Updates
• Tracking Sunspot Waves Across the Solar Disk using IRIS
• What coronal phenomenal can be observed in situ with the SWEAP Instrument Suite aboard Solar Probe Plus?
• X-ray Monitoring of the Jovian Polar Aurora during Juno Approach
• <p> Mapping 3D plasma structure in the solar wind with the L1 constellation: joint observations from Wind, ACE, DSCOVR, and SoHO
• A Deeper Understanding of Stability in the Solar Wind: Applying Nyquist's Instability Criterion to Wind Faraday Cup Data
• A New Approach to Study Stochastic Heating in the Solar Wind with Implications for Parker Solar Probe and Solar Orbiter
• A zone of preferential ion heating extends tens of solar radii from Sun
• ASPIRE - Airborne Spectro-Polarization InfraRed Experiment
• An overview of the first year of observations of Jupiter's auroras by Juno-UVS with multi-wavelength comparisons
• Assessment of Predictive Capabilities of L1 Orbiters using Realtime Solar Wind Data
• Automated X-ray Flare Detection with GOES, 2003-2017: The Where of the Flare Catalog and Early Statistical Analysis
• Calibration Results and Anticipated Science Ops for the Parker Solar Probe's SWEAP/SPAN-Electron Analyzers
• Chandra observations of Jupiter's X-ray Aurora during Juno upstream and apojove intervals
• Correcting PSP electron measurements for the effects of spacecraft electrostatic and magnetic fields
• CubeX: The CubeSAT X-ray Telescope for Elemental Abundance Mapping of Airless Bodies and X-ray Pulsar Navigation
• Cutting-edge Kinetic Physics with Parker Solar Probe and Solar Orbiter: The Arbitrary Linear Plasma Solver (ALPS)
• Disseminating NASA-based science through NASA's Universe of Learning: Girls STEAM Ahead
• Icarus Investigations: A Model for Engaging Citizen Scientists to Solve Solar Big Data Challenges
• Identifying Wave-Particle Interactions in the Solar Wind using Statistical Correlations
• Ion Heating and Thermalization in a 3000 km/s Shock
• Jupiter's X-ray Auroral Pulsations and Spectra During Juno Perijove 7
• Local Equation of State for Protons, and Implications for Proton Heating in the Solar Wind.
• Magnetosonic-whistler Precursor Waves at Quasi-perpendicular Interplanetary Shocks: DSCOVR and Wind observations
• Numerical Preparations Toward Identifying Heating Mechanisms using Distributions Function Measurements from SWEAP and Parker Solar Probe.
• Optimizing the Performance of X-Ray Optics for MaGIXS
• Preliminary Data Pipeline for SunRISE: Assessing the Performance of Space Based Radio Arrays
• Preliminary calibration results from a simple Wave/Particle correlator instrument that combines data from SPP/SWEAP and FIELDS
• Radial-Velocity Signatures of Magnetic Features on the Sun Observed as a Star
• Simple Dependence of Proton Temperature on Solar Wind Speed and Compression in High Alfven Mach Number Solar Wind
• Solar Probe ANalyzer for Ions - Laboratory Performance
• Solar Probe Cup: Laboratory Performance
• Solar-Wind Observations of Collisional Thermalization among Multiple Ion-Species
• Status of Mirror Development for the Marshall Grazing Incidence X-ray Spectrometer (MaGIXS)
• SunRISE Mission Concept Step 2 Study Status
• The Connection Between Solar Coronal Cavities and Solar Filaments
• The Plasma Instrument for Magnetic Sounding (PIMS) on The Europa Clipper Mission
• The Sun Radio Imaging Space Experiment (SunRISE) Mission
• The structure of low Mach number, low beta, quasi-perpendicular shocks
• Understanding non-equilibrium collisional and expansion effects in the solar wind with Parker Solar Probe
• AIR-Spec 2.0 Plans for the July 2 2019 South Pacific Eclipse
• Aeolus the Elder: Alternate concept for a mission to measure the winds and climate of Mars
• An X-ray Fluorescence Spectrometer for the Europa Lander
• Constraints of temperature and density of plasma in non-equilibrium ionization state
• Diagnosing the Magnetic Field Structure of a Coronal Cavity Observed during the 2017 Total Solar Eclipse
• Electron Solar Probe Analyzer Design, Operation, and Calibration
• Exploring the Transition Corona with the Coronal Spectrographic Imager in the EUV (COSIE)
• Ion Solar Probe Analyzer Design, Operation, and Calibration
• Joint Analysis of Solar-Wind Ion Measurements from Multiple Spacecraft Instruments
• Magnetofrictional Modeling of a Pseudostreamer Before and During Eruption
• Microwave Spectroscopic Imaging of the Decay Phase of the X8.2 flare on 2017 Sep 10
• Multi-Spacecraft Predictions of Space Weather Fronts at Earth:Predictions Using Four L1 Spacecraft and Dynamic Time Warping
• NASA's Universe of Learning: A NASA Astrophysics Learning and Literacy Program
• NASA's Universe of Learning: Providing a Direct Connection to NASA Science with ViewSpace
• New High-Altitude Observations of the IR and Visible Solar Corona from the 2017 Eclipse
• Observational signatures of fluctuating moments associated with ion-cyclotron waves in the solar wind.
• On the Frequency and Drivers of Ion Scale Instabilities in the Solar Wind
• Ozone Bioindicator Gardens: a Citizen Science project to raise awareness about ozone pollution and its effects on living systems
• Parker Solar Probe SWEAP Science Operations: How we operate to measure plasma near the Sun
• Possible Signatures of a Termination Shock in the 29 March 2014 X-Class Flare Observed by IRIS
• Probing Ion Precipitation at Jupiter's Poles Through Dynamic X-ray Spectra
• Probing the Presence of Hydrogen at Varying Depths Beneath the Lunar Surface Using Albedo Protons and Neutrons: Geant4 Simulations
• Prospects of the SmallSat Solar Activity X-ray Imager (SSAXI)
• Putting the Stars Within Reach: Improving NASA 3D Printed Data Sets by Working with Blind and Visually Impaired Audiences
• Radio Propagation Diagnostics of the Inner Heliosphere in the Era of the Parker Solar Probe
• Results from the 2017 Eclipse Observation of the Airborne Infrared Spectrometer
• SPLAT - A flexible interface to the VLIDORT radiative transfer model for atmospheric retrieval applications
• SWEAP takes a scoop: Overview of the coronal and solar wind plasma instruments on Parker Solar Probe
• Simple Dependence of Proton Density and Temperature on Solar Wind Speed and Compression
• Simultaneous Juno-UVS and Chandra Observations of Jupiter's Auroras
• Solar Probe Cup Design, Operation, and Calibration
• Suprathermal Electrons Near Earth Bow Shock
• The PSP/SWEAP Data Processing Unit - Compressing a lot of information into a limited data allocation.
• The Prevalence of O IV Density Diagnostics in UV Burst Spectra
• The Solar Probe Cup: data analysis and commissioning
• The Variation of Helium Across a Two Solar Cycles
• The statistical properties of solar wind temperature parameters near 1 AU observed by Wind
• Upgrading Stability of an Airborne Infrared Spectrometer (AIR-Spec) for Coronal Observations
• "Observing Dissipation Scale Dynamics of the Inner Heliosphere with Merged Search Coil and Fluxgate Magnetometer Measurements"
• A Serendipitous New View of Lunar Albedo Radiation
• A Study of Equatorial Coronal Holes during the Maximum Phase of Four Solar Cycles
• A simple wave particle correlator for the Parker Solar Probe Mission - Invited Paper 491142
• Alfvenic slow solar wind and proton temperature anisotropy in inner heliosphere by PSP observations
• Alfvenicity in PSP observations: comparing different measures
• Aliens and Habitable Planets: Engaging the public in scientific practices characterizing exoplanet orbits
• Alpha Particle Content in the Solar Wind as Observed by the SPAN-Ion Instrument on Parker Solar Probe
• Analysis of the Internal Structure of the Streamer Blow Out Observed the Parker Solar Probe during the First Solar Encounter
• Characteristics and Evolution of Strahl Electrons in the Inner Heliosphere
• Characterizing thermal expansion profile of solar wind streams with Parker Solar Probe SWEAP and FIELDS
• Combined Next-Generation X-ray and EUV Observations with the FIERCE Mission Concept
• Combining Remote and in situ Parker Solar Probe and STEREO Data to Understand Solar Wind Density Structures
• Comparison of Parker Solar Probe Observations during First Perihelion with Global Magnetohydrodynamic Model Results
• Constructing A Physically Motivated Model of Activity-Driven Solar and Stellar Radial Velocities
• Coronal Solar Magnetism Observatory Science Objectives
• Density Fluctuations in the Solar Wind Deduced from Radio Measurements by Parker Solar Probe
• Early Evolution and Propagation of a Coronal mass Ejections within 55 solar radii as seen by Parker Solar Probe
• Electrons in the Young Solar Wind
• Energetic Particle Increases Associated with Stream Interaction Regions
• Engaging Many with Space Sciences through NASA's STEM Innovation Lab
• FIERCE Science: Expected Results From a High-Energy Medium-Class Explorer
• Fast reconnection in partially ionized plasmas
• General Structural Properties of Velocity Spikes in the Solar Wind Inside 0.25 AU
• Heating Features of Interesting Supra-arcade Downflows
• Helium abundance and non-equilibrium in the inner heliosphere
• High-Altitude Instrumentation for Infrared Observations of the Solar Corona
• Identification of Small Scale Structures from PSP Observations
• Impacts of small coronal transients at Parker Solar Probe at times of density increases and burst of magnetic switchbacks
• Improved AWSoM Modeling of the First Two PSP Encounters
• Improving LRO/CRaTER Measurements of Cosmic-Ray LET Spectra and Lunar Albedo Protons
• In-Flight DC and Low-Frequency Electric Field Calibration for the Parker Solar Probe
• In-line Non-equilibrium Ionization Calculations in a Solar Eruption Simulation
• Intermittent heating in the inner Heliosphere: PSP observations
• Ion temperature anisotropy measurements using the Solar Probe Cup on Parker Solar Probe
• Kinetic physics everywhere in the inner heliosphere: Evidence from the FIELDS instrument on Parker Solar Probe
• Large Scale Structure of the Solar Wind, Poynting Flux, and Ion Energy Flow between 35 and 130 Solar Radii.
• Localized Magnetic Field Structures and Their Boundaries in the Near-Sun Solar Wind from Parker Solar Probe Measurements
• MHD mode decomposition in the inner-heliosphere from the Parker Solar Probe
• MHD-Scale Energy Transfer in the Inner Heliosphere from PSP observations
• Magnetic connectivity of the ecliptic plane within 0.5 AU : PFSS modelling of the early PSP encounters
• Major and Minor Dust Storm Sequences on Mars
• Measurement of Electron Temperature Anisotropy to within 35 Rs
• Multi-species modelling of the forming solar wind from the upper chromosphere to Parker Solar Probe
• Numerical simulations of the evolution of magnetic field kinks in the solar wind
• Observation of the Heating and Acceleration of the Solar Wind by MHD Waves
• Observations of Non-Thermal Structure in the Proton Velocity Distribution Function Using Proton Beams Below 0.3 AU from Parker Solar Probe and at 1 AU with Wind
• Observed Properties of Solar Wind Jets inside 0.25 AU
• On the validity of the Taylor Hypothesis in the inner heliosphere as observed by the Parker solar probe.
• Parker Solar Probe Observations of Magnetic Reconnection Exhausts during Encounter 1
• Parker Solar Probe Observations of Solar Energetic Particles Associated with a Slow Coronal Mass Ejection at 0.25AU
• Parker Solar Probe Observations of the Release of Density Blobs and Flux Ropes at the Heliospheric Current Sheet
• Parker Solar Probe approaches the Alfvén Point
• Parker Solar Probe observations of proton beams simultaneous with ion-cyclotron waves
• Parker Solar Probe observations of the first Venus flyby
• Plasma waves near the electron cyclotron frequency in the near-Sun solar wind: implications for inner heliospheric turbulence and the structure of the solar wind
• Predicting the Solar Wind at Parker Solar Probe Using an Empirically Driven MHD Model
• Radial Evolution of MHD-Scale Solar Wind Turbulence from 35 Rs to 1 AU
• Rapid Flux Angle Measurements in the Inner Heliosphere
• Searching for Weak Stream Interactions in the Inner Heliosphere using the Parker Solar Probe
• Selected Alfvén Spikes from the First Two Parker Solar Probe Encounters
• Sharp Alfvenic Impulses in the Near-Sun Solar Wind: Properties and Possible Origins
• Solar wind proton core and beam distributions as seen by the SPAN-Ion instrument on Parker Solar Probe.
• Solar wind streams and corotating interaction regions observed by Parker Solar Probe with corresponding observations at one AU
• Statistics of Energetic Particles in the first Parker Solar Probe Orbit: Correlations and Association with Magnetic Structures
• Stellar 3D Printing: Tactile and Braille Communications in Space Science
• Stochastic heating of the solar wind becomes increasingly significant close to the Alfven critical point
• Study of High-Temperature Emission in the Solar Corona
• Sunward Strahl in Rapid Magnetic Field Reversals: Solar Connectivity and Magnetic Topology During Switchbacks in Parker Solar Probe's Early Encounters
• Switchbacks: A Statistical Investigation of Their Properties
• The Heliospheric Current Sheet in the Inner Heliosphere Observed by Parker Solar Probe
• The Prevalence of Ion-Scale Instabilities in the First Parker Solar Probe Encounters
• The Radial Dependence of Proton-scale Magnetic Spectral Break During PSP Encounter 2
• The magnetic structure and electrodynamics of the emerging solar wind
• The role of Alfvén wave dynamics in the large scale properties of the solar wind: comparing 3D MHD simulation and PSP data
• Turbulence Transport Modeling and PSP Observations
• Type III Radio Bursts Observed in the Inner Heliosphere
• Unfolding Overlappogram Data: Preparing for the COOL-AID instrument on Hi-C FLARE
• Waiting time (distance) distributions of magnetic field and velocity PVI events during the first Parker Solar Probe encounter
• Young Solar Wind in the Grip of the Sun's Corona
• A NASA Pioneer SmallSat to study the Structure and Evolution of ExoJupiter Atmospheres (SEEJ:)
• An in situ Type III radio burst observed by Parker Solar Probe
• Average Ultraviolet and X-ray Auroras at Jupiter from Juno-UVS and Chandra-HRCI Data
• Challenges to the retrieval of PH3 from ALMA & JCMT observations
• Characteristics of Jupiter's X-ray auroral hot spot emissions using Chandra
• Development of a Telescope Design System Using STOP Analysis
• Double Layers: Kinetic Plasma Physics at the Venusian Bow Shock
• Electron Heat Flux in the Near-Sun Environment
• Energetic Particles near the Sun from Parker Solar Probe
• Enhanced Proton Parallel Temperature in `Patches' of Alfvénic Switchbacks
• Evaluating the line-shape parameters of air- and self- broadened CO<SUB>2</SUB> lines toward a sub-percent accuracy level in atmospheric retrievals
• Evidence of Sub-proton-scale Magnetic Holes in the Venusian Magnetosheath
• Examining Ion-Scale Wave Properties in the Inner Heliosphere Observed by Parker Solar Probe
• First results from MethaneAIR: An airborne simulation platform for the MethaneSAT mission
• Improved explicit aerosol correction for OMI trace gas retrievals with aerosol-corrected cloud information using satellite observation
• Investigation of a prominent solar wind structure observed by PSP on June 13, 2020
• Ion-Scale Waves With Rising Frequency Tones Observed by Parker Solar Probe
• MHD Turbulence in the Solar Wind: Observations from First Five Encounters of Parker Solar Probe
• Magnetic switchbacks: on the sensitivity of the statistical results with the chosen methodology
• Magnetospheric Shielding of Energetic Particles at the Moon
• Multiscale Solar Wind Turbulence Properties inside and near Switchbacks measured by Parker Solar Probe
• New Measurements of Plasma Properties near the Cusps of Pseudostreamers and Helmet Streamers
• New Plasma Physics Pushing Closer to the Sun with PSP/SWEAP
• Nonequilibrium properties in the plasma sheet observed on 2017 September 10
• Observations and Simulations of an Eddy-Induced, Water-Ice Cloud at High Northern Latitudes in Early Summer
• Observations and Statistics of Secondary Alpha Populations in the Inner Heliosphere
• On the location of the Solar Alfvén Point and the imminent crossing by Parker Solar Probe
• Parker Solar Probe In-Situ Observations of Magnetic Reconnection in the Near-Sun Solar Wind
• Parker Solar Probe observations of the first three Venus flybys: foreshocks, shocks and particle acceleration
• Proton Core Behaviour inside Magnetic Field Switchbacks
• Radial Dependence of the Magnetic Turbulence at Transition and Kinetic Range in the Inner Heliosphere
• Radial Trends in Plasma Parameters Across the Heliosphere
• Recent Advances in HITEMP and HITRAN for Planetary Research
• Relative heating of ions and electrons in the young solar wind due to turbulent dissipation mediated via Landau damping
• Searching for Weak Stream Interactions in the Inner Heliosphere Using the Parker Solar Probe
• Simulating Magnetic Reconnection in Partially Ionized Plasmas using Dedalus
• Small Electron Events Observed by Parker Solar Probe/ISʘIS During Encounter 2
• Small-scale Magnetic Flux Ropes in the First Two Parker Solar Probe Encounters
• Solar Energetic Electron Events Associated with Hard X-ray Flares
• Sources and Evolution of the Solar Wind Seen by Parker Solar Probe
• Space Weather, Extreme Ultraviolet Instruments and the Multithermal Corona
• Statistical Analysis of Orientation, Shape and Size of Switchbacks
• Switchbacks: statistical properties and deviation from alfvenicity
• The Above-the-looptop Source of the 2017 September 10 Solar Flare: Energetic Electron Distribution over a Broad Energy Range
• The Effects of Non-Equilibrium Features on Solar Wind Plasma Evolution
• The First Solar Flare Sounding Rocket Campaign and Its Potential Impacts for High Energy Solar Instrumentation
• The Marshall Grazing Incidence X-ray Spectrometer (MaGIXS) solar sounding rocket campaign - Calibration and performance
• The Shape and Motions of the Heliospheric Current Sheet Close to the Sun
• The Structure and Origin of Switchbacks: Parker Solar Probe Observations
• Venus Gravity Assist #3 as seen by the SPAN-Ion instrument on Parker Solar Probe.
• Wave-particle energy transfer directly observed in an ion cyclotron wave
• What to expect from HITRAN2020
• Whistler Waves in the Young Solar Wind: Properties, Origin, and Consequences for Particles
• Whistler wave properties and their occurrence during the Parker Solar Probe's 1st and 2nd encounter
• Whistler wave properties during PSP's encounter 1 - First results from SCM cross-spectral data
• A SmallSat to Study the Structure and Evolution of ExoJupiter Atmospheres (SEEJ)
• A powerful machine learning technique to extract proton core, beam and alpha-particle parameters from velocity distribution functions in space plasmas
• Adding RESTful web services to the Virtual Solar Observatory: How to write Data Providers in Python
• Aeolus: A Mars Climate Mission
• Analyzing the Sunward Electron Deficit to Understand the Suns Electric Potential
• As Seen on Parker Solar Probe: Waves Generated by Proton Beams Produced by Magnetic Reconnection
• Constraining charge exchange between solar wind He2+ and circumsolar dust
• Constraining the CME Core's Heating and Energy Budget with SOHO/UVCS
• Determination of Solar Wind Angular Momentum and Alfvén Radius from Parker Solar Probe Observations
• Direct First PSP Observation Of The Interaction Of Two Successive Interplanetary Coronal Mass Ejections On November 2020
• HITRAN2020 for remote sensing of giant planets and Titan
• HITRAN2020: Important takeaways
• In-line Non-equilibrium Ionization Calculation Module with Kappa Distribution in MHD Simulations
• Ion-proton Differential Streaming and Ion Temperature in Interplanetary Coronal Mass Ejections
• JUpiters Global maGnetic Environment and RadiatioN ObservaTory (JUGGERNOT): A Mission to the Solar Systems Greatest Particle Accelerator
• Magnetic Flux Rope Reconstruction in the Heliospheric Current Sheet using Parker Solar Probe Data.
• Measuring Mars Wind Speeds with the Aeolus Missions Doppler Wind and Temperature Sounder Instrument
• New initiatives from the Solar Data Analysis Center
• On the validity of the Taylor Hypothesis in the inner heliosphere as observed by the Parker Solar Probe
• Origins of low turbulence, quiescent magnetic field regions in the near-sun solar wind and their peculiar magnetic and anisotropic ion behavior.
• Parker Solar Probe Observations of High Plasma Beta Solar Wind from Streamer Belt
• Parker Solar Probe Observations of the Presence and Absence of Magnetic Reconnection in the Near-Sun Solar Wind Current Sheets
• Patches of the magnetic switchbacks: hints of their origins
• Possible evidence for dielectric breakdown weathering on the Moon
• Prevalence of Magnetic Reconnection in the near-Sun Heliospheric Current Sheet
• Properties of Solar Coronal Cavities in Pseudostreamers
• Properties of ion scale waves observed concurrently with ion "hammerhead" distributions by Parker Solar Probe
• Quantifying the ambipolar electric field contribution to the solar wind acceleration
• Radial Evolution of the Ion-Scale Cyclotron Waves from 0.1 to 1 AU Based on PSP, Wind, and STEREO Observations
• Science Data From a Multi-Spacecraft, Multi-Scale Observatory: Data Processing, Selection, and Analysis for the HelioSwarm Mission
• Short Duration Electrostatic Waves with Frequency Shifts in the Solar Wind Sunward of 1/3 AU
• Simple Dependence of Proton Temperature on Solar Wind Speed and Compression in High Alfven Mach Number Solar Wind
• Simulating Interactions Between Coronal Mass Ejections
• Statistical analysis of intermittent structures and their implications on heating during the first six PSP encounters.
• Studying the evolution and propagation of a prominent solar wind structure observed by PSP on June 13, 2020
• Sunward Strahl in Magnetic Field Reversals: Solar Connectivity and Magnetic Topology during Rapid Switchbacks in Parker Solar Probe Fast Electron Data
• Survey of whistlers waves parameters in the pristine solar wind from the first PSP orbit: wave amplitude, polarization, and occurrence rates
• Switchback systematic orientation near Sun and implications for solar interchange reconnection preferential locations
• Switchbacks in the Young Solar Wind: Electron Evolution Observed inside Switchbacks between 0.125 AU and 0.25 AU.
• The Effects of Non-Equilibrium Velocity Distributions on Ion-Scale Waves in the Solar Wind
• The First Sighting of X-rays from Uranus (a low signal)
• The Heliospheric Current Sheet Observed by Parker Solar Probe
• The Plasma Instrument for Magnetic Sounding (PIMS) on Europa Clipper Progressing Towards Flight
• The Solar Wind Contribution to the Hot Plasma Sheet
• To Touch the Sun: Parker Solar Probe and the Alfven Critical Point
• Venus Ionospheric Measurements by the SWEAP-SPAN-Ai Sensor on Parker Solar Probe.
• An Overview of HelioSwarm: A NASA MIDEX Mission to Reveal the Nature of Turbulence in Space Plasmas
• Anterograde Collisional Analysis of Solar Wind Ions
• Bayesian analysis of particle distributions in the solar wind
• Collisional Transport of Solar Wind Plasma During its Journey from the Sun to the Earth
• Energy partition between the solar wind proton "core" and "tail" distributions in the inner heliosphere
• Following a prominence eruption from the Sun to Parker Solar Probe with multi-spacecraft observations
• GLACE (Geant4 Lunar Albedo Computed Environment): A Model of Lunar Energetic-Particle Secondary Radiation and its Variation with Regolith Hydrogen
• Heliophysics at the Solar System's most powerful particle accelerator: the COMPASS mission to Jupiter
• Hybrid Modeling of Ion Kinetic Instabilities in the Solar Wind Motivated by PSP Observations Near Perihelia
• Inhomogeneous Distribution of High-Amplitude Kinetic Alfvén Waves in the Near-Sun Solar Wind
• Initial Characterization of Back-Illuminated CMOS Detector Noise
• Initial characterization of the soft X-ray spectral resolution of back-illuminated CMOS sensors for solar physics
• Ion-scale wave events and extreme ion beams in the sub-alfvenic solar wind
• Observations of the Ion-Scale Cyclotron Waves in the Inner Heliosphere
• Parker Solar Probe Observations of Energized Protons Upstream of the Venusian Bowshock
• Radial Evolution and Acceleration of the Solar Wind
• Radial Trends in Plasma Parameters Across the Heliosphere
• Solar Wind Alpha Composition Using SPC on Parker Solar Probe
• Space Weather Faraday Cup - Development of a Second Ion Optic Integrated into a Single Instrument to Meet Operational Solar Wind Requirements
• Statistical Analysis of the Radial Evolution of the Solar Winds between 0.1 and 1 au, and their Semi-empirical Iso-poly Fluid Modeling
• Switchbacks Boundaries Observed by Parker Solar Probe: Statistical Analysis to Reveal their Dynamical Evolution in the Solar Wind
• Switchbacks in the Young Solar Wind: Electron Evolution Observed inside Switchbacks between 0.125 AU and 0.25 AU.
• The Firefly Constellation: Exploring the Heliosphere from the Solar Interior to the Solar Wind
• The Heliospheric Current Sheet Observed by Parker Solar Probe
• The Radial Evolution of Solar Wind Plasma in the Inner Heliosphere: PSP, Helios and Wind Observations
• XRTpy: A Python package for the X-Ray Telescope on Hinode

Linked Collaborating Authors [?]

• A. B. Galvin
• A. Ciaravella
• A. G. de Wijn
• A. Koval
• A. Luspay‐Kuti
• A. M. Rymer
• A. P. Jordan
• A. P. Rouillard
• A. V. Usmanov
• A. Vourlidas
• A. W. Case
• Alberto Accomazzi
• Alessandro Retinò
• Alexander Drozdov
• Alexander M. Hegedus
• Alexandros Chasapis
• Ali Rahmati
• Allison Jaynes
• Antonio J. Ricco
• Ayris Narock
• B. H. Mauk
• B. L. Alterman
• B. Lavraud
• B. R. Dennis
• Baptiste Cecconi
• Bennett A. Maruca
• Bernard J. Vasquez
• Brian M. Walsh
• C. Forsyth
• C. Froment
• C. J. Henney
• C. J. Owen
• C. M. S. Cohen
• C. Mouikis
• C. S. Paty
• C. S. Reynolds
• C. S. Salem
• C. T. Russell
• Carolus J. Schrijver
• Charles W. Smith
• Chen Shi
• Christopher Moore
• Colin J. Lonsdale
• Colin Wilson
• D. E. McKenzie
• D. L. Gallagher
• D. Lario
• D. Malaspina
• D. Ruffolo
• Dale Weigt
• Daniel B. Seaton
• Daniel Verscharen
• Donald M. Hassler
• E. Hanson
• E. Roussos
• Edward Molter
• Elliot Johnson
• Emily Lichko
• Erika Palmerio
• Esra Bulbul
• F. S. Mozer
• Fan Guo
• Frances Skinner
• G. B. Hospodarsky
• G. C. Ho
• G. Clark
• G. M. Mason
• G. P. Zank
• G. R. Tremblay
• Grant Berland
• H. T. Smith
• H. Y. Wei
• Haosheng Lin
• Harlan E. Spence
• Huiqun Wang
• I. J. Cohen
• I. Pillitteri
• Iouli E. Gordon
• J Bernard Blake
• J. A. Slavin
• J. C. Kasper
• J. F. Drake
• J. G. Luhmann
• J. H. Westlake
• J. Ireland
• J. L. Verniero
• J. M. Raines
• J. P. Eastwood
• J. S. Halekas
• J. T. Hoeksema
• J. T. Niehof
• J. T. Steinberg
• J. U. Ness
• J. W. Bonnell
• Jason A. Gilbert
• Jeffrey Newmark
• Jeffrey W. Reep
• Jia Huang
• Jing Liao
• Joachim Saur
• Jonathan D. Slavin
• Jonathan E. Grindlay
• K. E. Korreck
• K. G. Klein
• K. Goetz
• K. K. Khurana
• K. Kobayashi
• K. Mandt
• K. W. Paulson
• Kareem Sorathia
• Kayli Glidic
• L. D. Woodham
• L. F. Guedes dos Santos
• L. Golub
• L. K. Jian
• L. M. Kistler
• L. Ofman
• L. Vlahos
• L. W. Blum
• Laura Berčič
• Laurent Lamy
• Lisa Upton
• Li‐Jen Chen
• M. A. Shay
• M. D. Looper
• M. G. Kivelson
• M. Hesse
• M. Kretzschmar
• M. L. Goldstein
• M. L. Mays
• M. Moncuquet
• M. Pulupa
• M. R. Argall
• M. Øieroset
• Manolis K. Georgoulis
• Marissa F. Vogt
• Masataka Shimojo
• Michael L. Stevens
• Michael W. Davis
• Mingzhe Liu
• N. A. Murphy
• N. A. Schwadron
• N. E. Raouafi
• N. Fargette
• N. Krupp
• N. M. Viall
• Natalie M. Staudacher
• Nathalia Alzate
• Nikos Sioulas
• Nina Bizien
• Nishu Karna
• Oleksiy Agapitov
• Olga Alexandrova
• Omar Leon
• Orlando Romeo
• P. E. J. Nulsen
• P. Elósegui
• P. H. Phipps
• P. Kollmann
• P. Louarn
• Parisa Mostafavi
• Pete Riley
• Peter K. G. Williams
• Petrus C. Martens
• Phillip Hess
• Prayash Sharma Pyakurel
• Q. Nénon
• R. A. Qudsi
• R. B. Torbert
• R. Bandyopadhyay
• R. Bruno
• R. Bučík
• R. Chhiber
• R. J. MacDowall
• R. L. McNutt
• R. Livi
• R. M. Skoug
• Robert J. Hargreaves
• Rui Pinto
• S. A. Boardsen
• S. D. Bale
• S. E. Gibson
• S. Gburek
• S. I. Jones
• S. T. Badman
• S. T. Lepri
• S. Vance
• S. Yashiro
• Sijie Yu
• T. D. Phan
• T. Dudok de Wit
• T. N. Parashar
• Tatiana Niembro
• Teresa Nieves‐Chinchilla
• Tereza Ďurovcová
• Thomas Berger
• V. Krasnoselskikh
• Victor Réville
• Vinay Kashyap
• W. H. Matthaeus
• W. Li
• W. Sun
• Xianzhe Jia
• Xinlin Li
• Xueliang Liu
• Yeimy Rivera
• Zhonghua Yao