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| Mon, June 7 | Mon, June 14 | Mon, June 21 | Mon, June 28 | |||
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Lectures 11 am - 12 pm EDT | and Intro to Fermi and the Fermi Sky Liz Hays & Judy Racusin | AGN Observations Manel Errando Reading and questions for before the lecture Welcome Notes | Statistics for Astrophysics Daniela Huppenkothen Bayesian Statistics and Modeling Introduction to the the Concept of Likelihood and Its Applications | Particle Acceleration Yajie Yuan | ||
| Intermission | Gather (password: fermi) | Gather (password: fermi) | Gather (password: fermi) | Gather (password: fermi) | ||
| Analysis Tutorials 2 pm - 3:30 pm EDT | Getting started with Fermi Analysis Joe Eggen | First steps with Testing for sources: Likelihood analysis using fermipy Liz+ | Flux, error bars, and upper limits Liz/Daniela | Welcome Notes and Group Exercise | Notes on LAT likelihood and a statistical exercise Liz/Daniela Fermi Summer School 2021 Tutorial 3 Instructions Google Form (Sign up for a source/topic project) | Light Curves Liz/Sara Buson Light Curve examples for group exercise Slido Q&A from tutorial session Light Curves Liz+ |
July 2021 Anchor week2 week2
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| Mon, July 12 | Mon, July 19 | Mon, July 26 | |||
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| Lectures 11 am - 12 pm EDT | The Galactic Center/Pulsar WInd Nebulae Mattia Di Mauro | Neutrinos and ground-based observations Marcos Santander | Ground-based Gamma-ray Observations Marcos Santander Ground-based gamma-ray astronomy (introductory review) - G. Di Sciascio (2019) A couple recent highlight results and references: - PeV gamma rays from the Crab Nebula. https://science.sciencemag.org/content/early/2021/07/13/science.abg5137 - GRB detections in the VHE range: https://arxiv.org/abs/2006.07249, https://arxiv.org/abs/2106.02510 - CTA Science Book: https://arxiv.org/abs/1709.07997 | Wrap up and Next Steps + Group Photo Student Spotlight Presentations “Fermi-LAT Analysis of TeV PWN” – Jooyun Woo “Spectral and Temporal Analysis of GRB210410A detected by Fermi-LAT/GBM” – DJ Maheso "Searching for High-Energy Neutrinos from Magnetars with IceCube" – Ava Ghadimi | |
| Intermission | Gather (password: fermi) | Gather (password: fermi) | Gather (password: fermi) | ||
| Analysis Tutorials 2 pm - 3:30 pm EDT | Matthew Kerr | Adam Goldstein+Refining models: TS maps, spectra Using the GBM Tools video tutorial | Diagnostics and refining models Sign up for follow-up office hours Please fill out the Survey so that we have some feedback for future events. |
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- The meeting platform is Microsoft Teams. Non-NASA guests can join meetings and use the chat. You will need to wait in the lobby until you are admitted by the meeting moderators.
- The software necessary for the tutorials (such as the Fermitools) are distributed in the FermiBottle Docker Container, a fully-functional, self-contained analysis environment. Please go through the Summer School Checklist to make sure the container is functioning correctly.
- Slido will be used for polling and questions. There will be a code for each lecture and tutorial session.
- Primary announcements will be sent out via an e-mail list.
- Secondary announcements, interaction between sessions. instructor-student, and student-student communication will be handled via Slack. Instructions on joining the Summer School Slack will be sent to attendees by e-mail.
- This confluence page will be the home for the schedule as well as the presentation and supporting materials.
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- There are a number of video tutorials for Fermi data analysis already available. You can also find tutorials posted on the SSC web page Data Analysis area.
Interesting repositories for Fermi analysis
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