Welcome to the site for the PPPL Graduate Summer School (GSS). We welcome students from a broad range of fields: magnetic fusion energy sciences, high energy density plasmas, astrophysics, low temperature plasmas, materials science, etc. Students whose research has a substantial intersection with plasma physics are encouraged to apply.
The 2021 school consists of the following 3 mini-courses of four 1-hour lectures each:
The three topics are approached from a broad perspective and minimal prerequisites. The mini-courses are taught by PPPL scientists and collaborators (see Instructors below).
Participants are asked to present on their research (or on their group's research if they haven't begun research themselves) at a poster session during the week or orally to the group. Additionally, various opportunitites will be given throughout the week to meet and interact with PPPL students and scientists with the purpose of promoting future collaborations.
All of the mini-course lectures will be live streamed and publicly available, and the slides and talks will also be published on the website. Enrollees will get priority for questions, will participate in the networking sessions and will be invited to continue discussions with the speakers.
Click on the link below to watch the lectures:
Note that the agenda is still subject to slight modifications.
Eastern Time | Day 1 (8/16/21) | Day 2 (8/17/21) | Day 3 (8/18/21) | Day 4 (8/19/21) | Day 5 (8/20/21) |
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11:15am | Welcome and GSS intro Dominguez |
Tutorial on simsopt installation Paul |
Tutorial on simsopt installation Paul |
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11:30am | Stellarators I Wright |
Optical Diagnostics for Plasmas Simeni Simeni |
Undergrad Poster Session | Stellarator III (tutorial) Imbert-Gerard |
Computational Physics IV Hakim |
12:30pm | Break / Open Discussion | Break / Open Discussion | Undergrad Poster Session | Break / Open Discussion | Break / Open Discussion |
1:00pm | Intro to Plasma Diagnostics Kraus |
Computational Physics II Hakim |
Undergrad Poster Session | Student Presentations: Modeling of a Plasma Ion source for Accelerators (pptx) Presented by: Arpan Khandelwal, Aix-Marseille Université, Grand Accélérateur National d'ions Lourds Understanding disruptions in tokamaks with interpretable machine learning Presented by: Andrew D. Maris, Massachusetts Institute of Technology |
Stellarator IV (simsopt installation instructions) Paul |
2:00pm | Break / Open Discussion | Break / Open Discussion | Undergrad Poster Session | GSS Poster Session | Break / Open Discussion |
2:30pm | Computational Physics I Hakim |
Stellarator II (tutorial) Imbert-Gerard |
Computational Physics III Hakim |
GSS Poster Session | High-Energy-Density Plasma Diagnostics Schaeffer |
3:30pm | Break / Open Discussion | Break / Open Discussion | Break / Open Discussion | GSS Poster Session | Break / Open Discussion | 4:00pm | Diagnostics: Probes Alt |
Student Presentations: Solar-Terrestrial physics studies at Tucumán, Argentina Presented by: Gilda Gonzalez, Universidad Nacional de Tucumán, Argentina Analysis of Ionization in Air-Breathing Plasma Thruster Presented by: Anmol Taploo, George Washington University |
Network with PPPL grad students | GSS Poster Session | Student Presentations: Intense Laser Radiation Interacting with Nano-Structured Matter Presented by: Samah Balouza, Ludwig Maximillian University Numerical Modeling of Plasma Striations Presented by: Juan Alonso Guzman, University of Alabama in Huntsville |
5:00pm-5:30pm | Break / Open Discussion | GSS Poster Session | Closing remarks Dominguez |