Resources by Speaker
Please view the presentations and videos from the lectures given at the Heliophysics Summer Schools, sorted by speaker last name.
Year | Presentations |
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Planetary Magnetospheres Homework Solution | |
Introducing the Seasons of the Sun-Planetary System Connections
|
Year | Presentations |
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Comparative Heliophysics
|
Year | Presentations |
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Climate Models of Earth and Planets | |
Solar Variability and Earth’s Climate |
Year | Presentations |
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Model Inputs for Solar Models |
Year | Presentations |
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Observing/Measuring Solar/Stellar Activity and Solar/Stellar Wind
|
Year | Presentations |
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Intro to Magnetosphere | |
Planetary Magnetospheres
|
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Planetary Magnetospheres (pdf)
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Planetary Magnetic Fields - PDFPlanetary Magnetic Fields - PPT | |
Introduction to Magnetospheric Physics 1Introduction to Magnetospheric Physics 2
|
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Comparative Magnetospheres: Planets and Their Satellites
|
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Dynamos and Magnetospheres of the Planets
|
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Formation & Habitability of Planets
|
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A Casebook of Universal Plasma Processes 1A Casebook of Universal Plasma Processes 2 |
Year | Presentations |
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Couplings with Magnetospheres: Missions Throughout the Heliosphere
|
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Energetic Particles and Their Impacts Around the Heliosphere
|
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An Overview of Heliophysical Exploration
|
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Space Weather Effects - PPSpace Weather Effects - PDF
|
Year | Presentations |
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Calculating Quantities: Plasma and Field Parameters | |
Stellar and Solar Winds
|
Year | Presentations |
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Radiative Signatures of Energetic Particles
|
Year | Presentations |
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Evidence of external influences on planetary climates |
Year | Presentations |
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Dynamo Theory Basics
Start video at 1:28:28 |
|
Earth and Planetary Magnetospheres
Start video at 1:16:28 |
|
Particle Energization
Start Video at 0:04:00 |
|
Core Lecture 2: Kinetic Theory | |
Magnetic Reconnection
|
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Dynamo Theory: Basics
|
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Explosive Events: CMEs, Flares and Substorms
|
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Dynamo Theory: Basics
|
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Turbulence in Fluids and Space Plasmas
|
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Large-Scale Instabilities | |
Magnetic Reconnection and Energy Conversions
|
|
Basic Plasma Concepts and Models | |
Magnetic Reconnection
|
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Basic Plasma Concepts and Models
|
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Introductory Lecture I: Basic Plasma Concepts/Plasma Models |
Year | Presentations |
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Effects of Space Weather & Mitigation Strategies
|
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Forecasting Space Weather Events |
Year | Presentations |
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Planetary and Solar Radio Occultation/ScintillationsPlanetary and Solar Radio Occultation/Scintillations: Additional Material Brief Quasar History Twinkle-Twinkle |
Year | Presentations |
---|---|
Magneto-Ionosphere System |
Year | Presentations |
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The Physics of Heliophysics | |
A Gentle Introduction to Heliophysics
|
Year | Presentations |
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The Impact of Space Weather on the Electric Power Grid
|
Year | Presentations |
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ITM Physics of Terrestrial Planets (Including GMD Couplings from Above and Atmospheric from Below)
|
Year | Presentations |
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Comparative Planetary Environments | |
Planetary Habitability I | |
Planetary Habitability II (Atmospheric Escape) | |
Planetary Atmospheres and Habitability | |
Climates of Terrestrial Planets 1Climates of Terrestrial Planets 2
|
Year | Presentations |
---|---|
Student Brainstorming |
Year | Presentations |
---|---|
Planetary HabitabilityThe Drake Equation |
Year | Presentations |
---|---|
Shocks and Energetic Particles: Corona, Wind, Planets, Solar System
|
Year | Presentations |
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Solar Wind Acceleration and Coronal Heating | |
Solar Wind: Structure and Turbulence
|
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Solar Wind: Particle Distribution Functions
|
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Introduction to Turbulence and Heating in the Solar Wind
|
Year | Presentations |
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Stellar Dynamos
|
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Solar and Stellar Dynamo Models |
Year | Presentations |
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Where does AI/ML stand in the domain of Heliophysics |
Year | Presentations |
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Solar Data | |
Solar Data Part 2 |
Year | Presentations |
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Planetary Magnetic Fields and Dynamos |
Year | Presentations |
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SEP’s and Other Energetic Particles | |
High Energy Particle Telescopes | |
Role of Instrument Release NotesCalibration and Measurement Algorithms Document (CMAD) Magnetospheric Multiscale (MMS) Project Data Management Plan | |
Core Lecture Activities: SEP's and Space Weather Impacts |
Year | Presentations |
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Coronae, Heliospheres and Astrospheres
|
|
Evolution on Short and Long Time Scales
|
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Comparative Heliophysics
|
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Effects of Stellar Eruptions Throughout Astrospheres
|
Year | Presentations |
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Year | Presentations |
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Review of Ionosphere Physics | |
ISR & Distributed GPS |
Year | Presentations |
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A Vintage 2009 Assessment of the Sun-Climate Connection in Paleoclimate Records |
Year | Presentations |
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Energetic Particles from Solar Explosions |
Year | Presentations |
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ECP II: Shock Acceleration
|
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Lab: Hybrid Simulations: Numerical Details and Current Applications |
Year | Presentations |
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Living with Stars and Societal Relevance
|
Year | Presentations |
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The Substorm: An Introduction to the Topic in the THEMIS EraThe Substorm: An Introduction to the Topic in the THEMIS Era Primer
|
Year | Presentations |
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Earth’s Magnetosphere
|
Year | Presentations |
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Heating and Acceleration Energetic Particles | |
Particle Orbits, Transport |
Year | Presentations |
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Magnetopshere: Reconnection & Substorms Part 2 | |
Magnetosphere: Reconnection & Substorms, Part 1
|
Year | Presentations |
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Calculation Using Spacecraft Constellations: MMS |
Year | Presentations |
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Large-Scale Dynamics of the Solar Interior | |
Stellar Dynamos
|
|
Planetary Dynamos
|
Year | Presentations |
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Characteristics of Planetary Systems 1Characteristics of Planetary Systems 2
|
Year | Presentations |
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Magnetic Energy Conversion Processes in the Sun and Planets
|
|
Models of Flares and CMEs
|
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ECP (Energy Conversion Processes) I: Buildup to Instability Then Explosive Conversion
|
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Magnetic ReconnectionCME's and Flares
|
Year | Presentations |
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Establishing the Economic Impacts of Space Weather: The Case of Electricity
|
Year | Presentations |
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Geospace Variability Through the Solar Cycle 1 Geospace Variability Through the Solar Cycle 2 |
Year | Presentations |
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Earth's Ionosphere and Atmosphere | |
Space Weather in the Upper Atmosphere | |
|
|
Ionosphere thermosphere response
|
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EM Flare Radiation and Atmospheric Response: ITM and Chromosphere
|
Year | Presentations |
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Magnetosphere Data | |
Magnetosphere Data Part 2 |
Year | Presentations |
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Planetary Outer Atmospheres: Interfaces from Atmospheres to Magnetospheres
|
Year | Presentations |
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Introduction to CISM_DX and Overview of OpenDX |
Year | Presentations |
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Solar Wind Modeling Part 2 | |
Solar Wind Modeling | |
Aspects of the Physics of High-Energy Charged Particles in the Heliopshere
Start video at 49:40 |
|
Galactic Cosmic Rays: Sources, Propagation, Entry Throughout Solar System Galactic Cosmic Rays: Sources, Propagation, Entry Throughout Solar System
|
Year | Presentations |
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Year | Presentations |
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Planetary Dynamo(s) and Their Seasons 1Planetary Dynamo(s) and Their Seasons 2
|
Year | Presentations |
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Energetic Particles and their Detection in Situ (Particle Detectors) 1Energetic Particles and their Detection in Situ (Particle Detectors) 2
Energetic Particles and their Detection in Situ (Particle Detectors) 3
|
Year | Presentations |
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Introducing Heliophysics from the Perspective of Universal Processes
Homework is embedded in Video 2 |
Year | Presentations |
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Structure and Evolution of the Three Dimensional Solar Wind
|
Year | Presentations |
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IT Science Overlay |
Year | Presentations |
---|---|
Space Weather: How Does it Impact Satellites and Power Grids?
Start video at 2:03:13 |
|
ECP II: Energization of Trapped Particles in Planetary Radiation Belts
|
Year | Presentations |
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Review the Heliophysics Observatory |
Year | Presentations |
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Heliosphere Division Snapshot | |
Next Generation Radiation Characterization from Aviation Altitude to Deep Space
Video starts at 1:12:35 |
|
Artificial Intelligence for Space Exploration and All Humankind | |
Eclipse & Comparative Heliophysics
|
|
Comparative Heliophysics
|
|
General Introduction to Heliophysics: Science
|
Year | Presentations |
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Big DataArtificial Intelligence for Space Exploration and All Humankind Applications of Deep Learning in Heliophysics |
Year | Presentations |
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The Solar AtmosphereThermally Driven Winds
|
Year | Presentations |
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Global Structure of the Magnetosphere | |
Plasma Instruments and Magnetometers |
Year | Presentations |
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Formation of Stars and Their Planets |
Year | Presentations |
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Introduction to ITM Processes
|
Year | Presentations |
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Dusty Plasmas in the Solar System Homework |
Year | Presentations |
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Observations of Solar and Stellar Eruptions, Flares, and Jets
|
Year | Presentations |
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MagnetoHydroDynamics: an introduction |
Year | Presentations |
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Ionosphere Part 1
|
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Ionosphere Part 2 |
Year | Presentations |
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Radio Wave Propagation for Communication and Probing; Ionospheric Scintillation |
Year | Presentations |
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Calculating Quantities: Energetic Particles |
Year | Presentations |
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Cosmic Rays
|
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The Evolving Heliosphere and its Particle Environment
|
Year | Presentations |
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Physics of the Solar Chromosphere
|
Year | Presentations |
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The Solar Wind
|
Year | Presentations |
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Year | Presentations |
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Interaction of Moons, Asteroids, & Comets with their Surroundings
|
Year | Presentations |
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Detection of Energetic Particles
|
Year | Presentations |
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Geomagnetic Storms: Great Storms Over the Centuries
Start video at 0:36:00 |
|
Geomagnetic Storms: Classical Views & Developing Views
Video: Bursty Bulk Flow |
Year | Presentations |
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Solar Spectral Irradiance: Measurements and Models
|
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Solar Irradiances
|
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Solar Variability and Earth’s Climate
|
Year | Presentations |
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The Complete Disturbance: Energy Transport
|
Year | Presentations |
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Comparative Energetic Particle Environments (SEP/GCR/Local) |
Year | Presentations |
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Viewing the Sun Across the EM Spectrum |
Year | Presentations |
---|---|
Solar Total and Spectral Irradiance Measurements and Models: A Users Guide |
Year | Presentations |
---|---|
Acceleration and Heating in the Solar Wind (pdf)Cosmic Rays
|
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Energetic Particles in the Heliosphere (pdf)
|
|
Particle Acceleration in Shocks
|
Year | Presentations |
---|---|
Solar Wind Data | |
Solar Wind Data Part 2 |
Year | Presentations |
---|---|
Energization of Trapped Particles
|
Year | Presentations |
---|---|
Year | Presentations |
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Solar-Wind Through the Sunspot Cycle, (I)CME Modulations by Eruptive & Explosive Phenomena, and Effects on GCRs 1Solar-Wind Through the Sunspot Cycle, (I)CME Modulations by Eruptive & Explosive Phenomena, and Effects on GCRs 2 | |
Introducing the Seasons of the Sun-Planetary System Connections
|
Year | Presentations |
---|---|
Magnetic Structures | |
Magnetic Instability/Activity |
Year | Presentations |
---|---|
Structure of the Ionosphere | |
Ionosphere Long Term variability |
Year | Presentations |
---|---|
Solar Cycle Prediction
Start video at 1:29:00 |
Year | Presentations |
---|---|
Magnetosphere Modeling | |
Magnetosphere Modeling Part 2 |
Year | Presentations |
---|---|
Planetary Fields and Dynamos (pdf)
|
|
Solar Internal Flows and Dynamo Action
This is an optional homework problem (e-mail Dr. Miesch for solution key). |
|
Solar Convection and the Solar Dynamo
|
|
Lab: Solar Convection and Dynamo | |
Solar Internal Flows and Dynamo Action
|
Year | Presentations |
---|---|
Calculation Using Spacecraft Constellations: Structure and Scale Size of the Solar Wind | |
A Tribute to Parker and Siscoe | |
Core Lecture Activities: Why do the planets have a magnetosphere and ionsphere | |
Universal Plasma Processes in Heliophysics 1Universal Plasma Processes in Heliophysics 2
|
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Introduction to Heliophysics System Physics: Processes and Environments, Similarities and Differences
|
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Magnetic Flux Ropes in Space Plasmas
|
Year | Presentations |
---|---|
Space Weather and its Impacts on Society | |
General introduction to Heliophysics: Society
|
Year | Presentations |
---|---|
Year | Presentations |
---|---|
Space Weather: Impacts, Mitigation & ForecastingSpace Weather and Its Societal Impacts
|
Year | Presentations |
---|---|
Structure of the Heliosphere Part 1 | |
Structure of the Heliosphere Part 2
Start Video at 51:00 |
|
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Shocks in Heliophysics
|
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The Varieties of Shocks: Coronal, CME, CIR, Heliospheric, and Planetary |
Year | Presentations |
---|---|
Solar Explosive Activity Throughout the Evolution of the Solar System - Introduction ProcessSolar Explosive Activity Throughout the Evolution of the Solar System - Trends With Time
|
Year | Presentations |
---|---|
Interstellar Probe
Start Video at 47:20 |
Year | Presentations |
---|---|
CME's And Transients |
Year | Presentations |
---|---|
Stellar Dynamos | |
Planetary Dynamos | |
Creation and Destruction of Magnetic Fields
|
|
Creation and Destruction of Magnetic Fields 1Creation and Destruction of Magnetic Fields 2
|
Year | Presentations |
---|---|
In Situ Instruments and Measurements
|
Year | Presentations |
---|---|
CMEs
|
Year | Presentations |
---|---|
Solar Modeling | |
Solar Modeling Part 2 |
Year | Presentations |
---|---|
Radiation Belts
|
Year | Presentations |
---|---|
The Palemagnetoshere | |
Lab: The Chapman-Feraro Problem | |
Lab: A Tour of the Magnetosphere with CCMC Models |
Year | Presentations |
---|---|
Aeronomy of Terrestrial Planet Atmospheres
|
Year | Presentations |
---|---|
Planetary MagnetospheresPlanetary Magnetospheres (part 2)
|
Year | Presentations |
---|---|
Turbulence in Space Plasmas |
Year | Presentations |
---|---|
Planetary Ionospheres
|
|
Long-Term Evolution of the Geospace Climate
|
|
Terrestrial Ionospheres (pdf)Terrestrial Ionospheres (animated)
|
|
Long-term Evolution of the Geospace Climate (pdf)
This lecture is actually Jan Sojka's Chapter 14 in Textbook III |
|
The Ionosphere-Thermosphere
|
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The Earth's IonosphereLong Term Evolution of Geospace Climate
|
|
Introductory Lecture II: An Overview of Space Storms | |
Long-Term Evolution of the Geospace Climate |
Year | Presentations |
---|---|
Particle Effects on Humans and Biological Tissues - PPParticle Effects on Humans and Biological Tissues - PDF
|
Year | Presentations |
---|---|
Planetary Fields and Dynamos
Start Video at 1:50:40 |
|
Planetary Dynamos: Updates & New Frontiers
|
|
Dynamos in Planets and Stars
|
Year | Presentations |
---|---|
Turbulence |
Year | Presentations |
---|---|
The Solar Corona and Solar Wind |
Year | Presentations |
---|---|
Characterizing the Global Aviation Radiation Environment | |
Impacts of Space Weather |
Year | Presentations |
---|---|
Lab: Magnetosphere | |
Solar Wind/Magnetosphere Coupling
|
|
Solar Wind Magnetosphere CouplingGeomagnetic Storms and Substorms |
Year | Presentations |
---|---|
Particle Interaction with Technology
|
Year | Presentations |
---|---|
Solar Cycle Predictions (pdf)
|
|
Introduction to the Solar Dynamo |
Year | Presentations |
---|---|
Planetary magnetospheres
|
|
Application of ECP I: Magnetic (Sub-)Storms, and Planetary Counterparts
|
Year | Presentations |
---|---|
Neutral Fluids and Plasmas | |
Stellar Winds and Astrospheres |
Year | Presentations |
---|---|
Waves in Planetary Atmospheres
|
Year | Presentations |
---|---|
Solar Spectral Radiance and Their Origins Through Cycles of Solar Magnetism 1Solar Spectral Radiance and Their Origins Through Cycles of Solar Magnetism 2 |
Year | Presentations |
---|---|
Model Inputs for Magnetosphere Models |
Year | Presentations |
---|---|
Stellar Winds and Their Interaction with the Variable ISM
|
Year | Presentations |
---|---|
Ionosphere Modeling | |
Ionosphere Modeling Part 2 |
Year | Presentations |
---|---|
Ionosphere Data | |
Ionosphere and Thermosphere Basics |