Resources by Year
Please view the presentations and videos form the lectures given at the Heliophysics Summer Schools, sorted by year. You may sort these resources by speaker, theme, textbook, labs and problem sets. See the navigation to the right.
Go to year:
| Speaker | Presentations & Videos |
|---|---|
| Fran Bagenal | Intro to Magnetosphere |
| Lauren Blum | Magneto-Ionosphere System |
| Tom Bogdan | The Physics of Heliophysics |
| David Brain | Comparative Planetary Environments |
| David Brain | Planetary Habitability I |
| David Brain | Planetary Habitability II (Atmospheric Escape) |
| Bob Ergun | Heating and Acceleration Energetic Particles |
| Bob Ergun | Particle Orbits, Transport |
| Raluca Ilie | MagnetoHydroDynamics: an introduction |
| Ben Lynch | Magnetic Instability/Activity |
| Ben Lynch | Magnetic Structures |
| Robert Marshall | Ionosphere Long Term variability |
| Robert Marshall | Structure of the Ionosphere |
| Matthias Rempel | Planetary Dynamos |
| Matthias Rempel | Stellar Dynamos |
| Anna Tenerani | Turbulence |
| Marco Velli | Neutral Fluids and Plasmas |
| Marco Velli | Stellar Winds and Astrospheres |
| Speaker | Presentations & Videos |
|---|---|
| Subhamoy Chatterjee | Where does AI/ML stand in the domain of Heliophysics |
| Mark Cheung | Solar Data |
| Mark Cheung | Solar Data Part 2 |
| Christina Cohen | Core Lecture Activities: SEP's and Space Weather Impacts |
| Christine Gabrielse | Magnetosphere Data |
| Christine Gabrielse | Magnetosphere Data Part 2 |
| Joe Giacalone | Solar Wind Modeling |
| Joe Giacalone | Solar Wind Modeling Part 2 |
| Nicholas Gross | Core Lecture Activities: Solar Interior |
| Nicholas Gross | Lab 1: Expert Group Summary |
| Nicholas Gross | Lab 1: Jigsaw Groups |
| Nicholas Gross | Lab 1: Jigsaw Groups Part 2 |
| Nicholas Gross | Lab 2: Global Structure of the Solar Wind Part 1 |
| Nicholas Gross | Lab 2: Global Structure of the Solar Wind Part 2 |
| Nicholas Gross | Lab 3: Comparative Magnetospheres |
| Nicholas Gross | Lab 3: Review of Magnetosphere Lab Results |
| Nicholas Gross | Lab 4: Ionosphere Lab Part 1 |
| Nicholas Gross | Lab 4: Ionosphere Lab Part 2 |
| Sue Lepri | Solar Wind Data |
| Sue Lepri | Solar Wind Data Part 2 |
| Slava Merkin | Magnetosphere Modeling |
| Slava Merkin | Magnetosphere Modeling Part 2 |
| Mark Moldwin | A Tribute to Parker and Siscoe |
| Mark Moldwin | Core Lecture Activities: Why do the planets have a magnetosphere and ionsphere |
| Antonia Savcheva | Solar Modeling |
| Antonia Savcheva | Solar Modeling Part 2 |
| Karel Schrijver | Discussion Activities |
| Matt Zetterren | Ionosphere Modeling |
| Matt Zetterren | Ionosphere Modeling Part 2 |
| Shasha Zou | Ionosphere Data |
| Speaker | Presentations & Videos |
|---|---|
| Fran Bagenal | Planetary Magnetospheres
|
| Amitava Bhattacharjee | Core Lecture 2: Kinetic Theory |
| Amitava Bhattacharjee | Magnetic Reconnection
|
| Ben Chandran | Solar Wind: Particle Distribution Functions
|
| Ben Chandran | Solar Wind: Structure and Turbulence
|
| Robert Ergun | Magnetopshere: Reconnection & Substorms Part 2 |
| Robert Ergun | Magnetosphere: Reconnection & Substorms, Part 1
|
| Lika Guhathakurta, Ryan McGranaghan, Andres Munoz-Jaramillo | Big DataArtificial Intelligence for Space Exploration and All Humankind Applications of Deep Learning in Heliophysics |
| Thomas Immel | Ionosphere Part 1
|
| Thomas Immel | Ionosphere Part 2 |
| Dana Longcope | Core 3:Ionosphere-Thermosphere-Mesosphere Focus |
| Dana Longcope | Core Lecture 1: Why does the Sun have a Corona and Wind? |
| Dana Longcope | Orbital Mechanics |
| Jon Sample | In Situ Instruments and Measurements
|
| Speaker | Presentations & Videos |
|---|---|
| Stuart Bale | Stellar and Solar Winds
|
| Amitava Bhattacharjee | Dynamo Theory: Basics
|
| Amitava Bhattacharjee | Explosive Events: CMEs, Flares and Substorms
|
| Ofer Cohen | Coronae, Heliospheres and Astrospheres
|
| Ofer Cohen | Evolution on Short and Long Time Scales
|
| Chuanfei Dong | Living with Stars and Societal Relevance
|
| Nicholas Featherstone | Planetary Dynamos
|
| Nicholas Featherstone | Stellar Dynamos
|
| Madhulika Guhathakurta | Artificial Intelligence for Space Exploration and All Humankind |
| Dana Longcope | Why do Sun and Planets have Magnetic Fields?
|
| Dana Longcope | Why do the Earth & Planets have Ionospheres? Magnetospheres?
|
| Dana Longcope | Why does the Sun Have a Corona and a Wind?
|
| James Slavin | Planetary MagnetospheresPlanetary Magnetospheres (part 2)
|
| Jan Sojka | Long-Term Evolution of the Geospace Climate
|
| Jan Sojka | Planetary Ionospheres
|
| Speaker | Presentations & Videos |
|---|---|
| Fran Bagenal | Planetary Magnetospheres (pdf)
|
| Amitava Bhattacharjee | Dynamo Theory: Basics
|
| Amitava Bhattacharjee | Turbulence in Fluids and Space Plasmas
|
| Ofer Cohen | Comparative Heliophysics
|
| Nicholas Gross | Lab 1: Tracking a Solar Storm |
| Nicholas Gross | Lab 2: Solar Dynamos |
| Nicholas Gross | Lab 3: Solar Wind |
| Nicholas Gross | Lab 4: Comparative Magnetospheres |
| Nicholas Gross | Lab 5: Variations in Solar IrradianceLab 6: Exploring Ionosphere Structures |
| Madhulika Guhathakurta | Eclipse & Comparative Heliophysics
|
| Greg Kopp | Solar Spectral Irradiance: Measurements and Models
|
| Marty Lee | Acceleration and Heating in the Solar Wind (pdf)Cosmic Rays
|
| Marty Lee | Energetic Particles in the Heliosphere (pdf)
|
| Dana Longcope | Why do the Sun and Planets have Magnetic Fields?
|
| Dana Longcope | Why Does the Earth Have a Magnetosphere, Radiation Belts & an Ionosphere?
|
| Dana Longcope | Why is there a Corona and a Wind?
|
| Mark Miesch | Planetary Fields and Dynamos (pdf)
|
| Mark Miesch | Solar Internal Flows and Dynamo Action
Homework
This is an optional homework problem (e-mail Dr. Miesch for solution key). |
| Jan Sojka | Long-term Evolution of the Geospace Climate (pdf)
This lecture is actually Jan Sojka's Chapter 14 in Textbook III |
| Jan Sojka | Terrestrial Ionospheres (pdf)Terrestrial Ionospheres (animated)
|
| Lisa Upton | Solar Cycle Predictions (pdf)
|
| Speaker | Presentations & Videos |
|---|---|
| Vladimir Airapetian | Comparative Heliophysics
|
| Amitava Bhattacharjee | Large-Scale Instabilities |
| Amitava Bhattacharjee | Magnetic Reconnection and Energy Conversions
|
| Doug Biesecker | Effects of Space Weather & Mitigation Strategies
|
| Doug Biesecker | Forecasting Space Weather Events |
| Tim Fuller-Rowell |
|
| Nicholas Gross | Lab 1: SWx Events |
| Nicholas Gross | Lab 2: Solar Dynamo |
| Nicholas Gross | Lab 3: Solar Wind |
| Nicholas Gross | Lab 5: Comparative Magnetospheres |
| Madhulika Guhathakurta | Comparative Heliophysics
|
| Dana Longcope | Why do Sun and Planets Have Magnetic Fields?
|
| Dana Longcope | Solar Flares
|
| Dana Longcope | Why does the Earth have a Magnetosphere, Radiation Belts & an Ionosphere?
|
| Dana Longcope | Why is There a Corona & a Wind?
|
| Merav Opher |
|
| Merav Opher |
|
| Neal Savani | CMEs
|
| Lisa Upton | Introduction to the Solar Dynamo |
| Speaker | Presentations & Videos |
|---|---|
| Fran Bagenal | Dynamos and Magnetospheres of the Planets
|
| Fran Bagenal | Formation & Habitability of Planets
Homework
|
| Amitava Bhattacharjee | Basic Plasma Concepts and Models
|
| Jack Gosling | Structure and Evolution of the Three Dimensional Solar Wind
Homework
Solution
|
| Randy Jokipii | Cosmic Rays
Homework
|
| Greg Kopp | Solar Irradiances
|
| Greg Kopp | Solar Variability and Earth’s Climate
|
| Dana Longcope | Introduction to Heliophysics |
| Mark Miesch | Lab: Solar Convection and Dynamo |
| Mark Miesch | Solar Convection and the Solar Dynamo
Homework
Solution
|
| Matthias Rempel | Creation and Destruction of Magnetic Fields
Homework
Solution
|
| Jan Sojka | The Earth's IonosphereLong Term Evolution of Geospace Climate
Homework
|
| Frank Toffoletto | Lab: Magnetosphere |
| Frank Toffoletto | Solar Wind/Magnetosphere Coupling
Homework
|
| Speaker | Presentations & Videos |
|---|---|
| Daniel Baker | Space Weather Effects - PPSpace Weather Effects - PDF
|
| Timothy Bastian | Radiative Signatures of Energetic Particles
Homework
|
| Amitava Bhattacharjee | Introductory Lecture I: Basic Plasma Concepts/Plasma Models |
| Community Coordinated Modeling Center | |
| Community Coordinated Modeling Center | |
| Community Coordinated Modeling Center | |
| Terry Forbes | Models of Flares and CMEs
Homework
|
| Tim Fuller-Rowell | Ionosphere thermosphere response
Homework
Solution
|
| J. Grebowsky | IT Science Overlay |
| David Klumpar | Detection of Energetic Particles
Homework
|
| Janet Kozyra | The Complete Disturbance: Energy Transport
|
| Marty Lee | Particle Acceleration in Shocks
Homework
Solution
|
| Michael Liemohn | Energization of Trapped Particles
Homework
|
| Dana Longcope | Magnetic Reconnection
|
| NASA | |
| Merav Opher | Shocks in Heliophysics
Homework
Solution
|
| Jan Sojka | Introductory Lecture II: An Overview of Space Storms |
| Harlan Spence | Particle Effects on Humans and Biological Tissues - PPParticle Effects on Humans and Biological Tissues - PDF
|
| Vytenis Vasyliunas | Planetary magnetospheres
Homework
Solution
|