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 Mon, June 6Tues, June 7Wed, June 8Thurs, June 9Fri, June 10
8:15BreakfastBreakfastBreakfastBreakfastBreakfast
9:00Gamma-ray Astrophysics Theory and Modeling III - Giovanni MorlinoGamma-ray Astrophysics Theory and Modeling IV - Giovanni MorlinoFermi Gamma-ray Burst Monitor and Gravitational Wave Follow-up - Michael BriggsGamma-ray Astrophysics Theory and Modeling V - Giovanni Morlino

Final Wrap-up - Liz

Group Photos

10:00Air Showers - Jordan Goodman

High Altitude Water Cherenkov Observatory (HAWC) - Jordan Goodman

Fermi-LAT Performance - Regina CaputoSearching for Dark Matter with the Fermi LAT - Regina CaputoProject Results and Feedback
11:00BreakBreakBreakBreakBreak
11:30 Student Talks / 1 Slide Summaries 

 Spectral Deconvolution - Michael Briggs

 Student Talks / 1 Slide Summaries Future Gamma-ray Space TelescopesWorkshop Close Out
12:30LunchLunchLunchLunchLunch
1:30

Advanced Topics: Working groups on special topics

Summed Likelihood

Useful slides on Composite Likelihood

Student Projects

 

Free afternoon

(Large high school graduation event happens at Virden in the evening)

Advanced Topics (fermiPy?)

Student Projects

Advanced Topics:

Extended Source Tutorial

 Useful tutorials

Student Projects

 
4:45End of the Day TagupEnd of the Day TagupEnd of the Day TagupEnd of the Day Tagup 
 Crab Feast (tutorial!)    

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Wed., June 8

  • Miles Winter - Title Estimating the Millisecond Pulsar GeV Contribution in Dwarf Spheroidal Galaxies   

    Toggle Cloak

    Cloak

    Abstract

  • Peng Fang-kun
  • Dwarf spheroidal galaxies are among the most important targets in the search for gamma rays from dark matter annihilation in the cosmos. Joint-likelihood analyses using dozens of dwarfs have reached the sensitivity to test the putative dark matter signal detected from the Galactic center. While the gamma-ray flux from conventional astrophysical emission processes in dwarfs is generally assumed to be negligible, these backgrounds have not been previously quantified. Understanding possible backgrounds will become essential if a signal is detected, as we have seen in the case of the Galactic center. We present an estimate of the expected gamma-ray signal produced by millisecond pulsars in 30 dwarf spheroidal galaxies. We predict that millisecond pulsars in the most massive classical dwarfs produce a gamma-ray flux within an order of magnitude of the current Fermi Large Area Telescope sensitivity for individual targets. Moreover, we estimate that the millisecond pulsar emission in the most important ultra-faint dwarfs for dark matter searches to be more than an order of magnitude below current upper limits.

  • Peng Fang-kun
  • Roberta Del Vecchio
  • Yunfeng Liang
  • Shang Li 

     

Supporting Material

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Example ipython notebook from Eric Charles' lecture for statistics in astronomy grad course: Guest Lecture of Applications in Astro Statistics id 17506

Group Photos
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Things to do and Eat

These are places we've gone in the past for food:

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