The Fermi Mission will hold a virtual summer workshop series of interactive activities to learn about Fermi data analysis and lectures on gamma-ray astrophysics. The virtual school will consist of weekly online workshops and lecture presentations. These will be held on Mondays from June 7th to July 26th with the exception of July 5th. Lectures will be held on Mondays from 11 am to 12 pm (Eastern US, GMT-4) and analysis tutorial live sessions will be held on Mondays from 2-3:30 pm.
The material is designed for graduate students and early postdocs starting analysis projects in gamma-ray astrophysics that involve Fermi data and science. In addition to standard analysis using the Fermitools, we will include sessions covering pulsar analysis with the Large Area Telescope and gamma-ray burst analysis with the Gamma-ray Burst Monitor. We are seeking attendees that are interested in engaging in analysis activities and interacting with instructors and the other students in group activities. There will be no registration fee, but if demand is high, we may need to limit attendance and prioritize students who are developing near-term research projects using Fermi data.
#fermischool
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Schedule for Summer 2021
Times are in Eastern Daylight Time - (UTC−04:00).
Technical Help Sessions
We will have two sessions via Teams the week before the start of the workshops to help people get setup with the tools. Please try to install the FermiBottle Docker Container, which contains all the software needed for the workshops and go through the Summer School Checklist to make sure the container is functioning correctly.
| Thursday, June 3 | Friday, June 4 | |
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| 10am-11am | Tech Help Session | Tech Help Session |
June 2021
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| Mon, June 077 | Mon, June 14 | Mon, June 21 | Mon, June 28 | ||
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Lectures 11 am - 12 pm EDT | 11:00 | Welcome and Introduction (ppt) - Liz | Fermi LAT - Regina CaputoDetectors for LAT - Regina | GRB Science - Judy Racusin | |
| 12:00 | Intro to the Fermi Mission and Sky - Julie McEnery | Intro to Fermi GBM - Michelle Hui | IACTs - Marcos Santander | Transients with HAWC - Michelle | |
| 1:00 | Break | Break | Break | Break | 2:30 | Tour of Fermi Resources Getting Started with Maximum Likelihood Analysis - Pat Harding Getting Started with Fermi: Students choose a source for analysis. | Getting started with Likelihood Analysis in LAT -Generating LAT XML Models - Elizabeth Ferrara instructions for using make3FGLxml.py script Advanced Likelihood/fermiPy (data.tgz) PDG Statistics review pdf (deltaLL values in Table 38.2 on page 29) |
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 | Gather | Gather | Gather | |
| Analysis Tutorials 2 pm - 3:30 pm EDT | Getting started with Fermi Analysis Joe Eggen | First steps with fermipy Liz+ 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 | |
| 4:45 | End of the Day Tagup | End of the Day Tagup | End of the Day Tagup | End of the Day Tagup | |
July 2021 Anchor week2 week2
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| Mon, July 12 | Mon, July 19 | Mon, July 26 | |
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| 11:00 | Intro to Gravitational Waves - Peter Shawhan | Gravitational wave science - Peter | Looking for point sources - Marcos |
| 12:00 | GBM transients and mulitmessenger - Michelle/Judy | Neutrinos and Gamma Rays - Marcos | Blazars and Variability - Eileen |
| 1:00 | Break | Break | Break |
| 2:30 | Free afternoon | Time Series and Matched Filtering - Peter Student Projects | Student Talks / 1 Slide Summaries Advanced Topics:
Student Projects | 4:45 | End of the Day Tagup | End of the Day Tagup | Virden hosted BBQ on the patio |
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Supporting Material
Interesting repositories for Fermi analysis
| Lectures 11 am - 12 pm EDT | The Galactic Center Mattia Di Mauro | 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 |
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| Intermission | Gather | Gather | Gather |
| Analysis Tutorials 2 pm - 3:30 pm EDT | Matthew Kerr | Adam Goldstein+ 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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Office hours will be held on Gather with various team members throughout the summer.
| Office Hours | Date/Time (EDT) | Host | Topics |
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| Week 1 | Thurs. Jun 10 10-11 am | SSC Members, Liz, Judy | Tech Support, Fermitools, Fermi Mission |
| Week 2 | Wed. Jun 16 2-3 pm | Jeremy Perkins | Fermipy, python scripting |
| Week 2 | Thurs. Jun 17 10-11 am | SSC Members | Help desk |
| Week 3 | Wed. Jun 23 2-3 pm | Jeremy Perkins | Fermipy, python scripting |
| Week 3 | Thurs. Jun 24 10-11 am | SSC Members | Help desk |
| Week 4 | Thurs. Jul 1 10-11 am | SSC Members | Help desk |
| Week 5 | Thurs. Jul 15 10-11 am | SSC Members | Help desk |
| Week 6 | Thurs. Jul 22 10-11 am | SSC Members | Help desk |
| Week 7 | Thurs. Jul 29 10-11 am | SSC Members | Help desk |
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Tools
- The meeting platform is Microsoft Teams. Non-NASA guests can join meetings. 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.
Supporting Material
- 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
- fermiPyhttps://github.com/fermiPy/ and documentation at http://fermipy.readthedocs.io/en/latest/
- https://github.com/rsnemmen
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