IPPOG masterclass working group May 15, 2014. Building an IceCube Collaboration outreach activity Inspired by the International Masterclasses for hands-

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Presentation transcript:

IPPOG masterclass working group May 15, 2014

Building an IceCube Collaboration outreach activity Inspired by the International Masterclasses for hands- on particle physics.International Masterclasses Pilot project for 2014 – Five IceCube institutions: Universität Mainz, Germany; University of Delaware in Newark, DE, US; Université Libre de Bruxelles, Belgium; Vrije Universiteit Brussel, Belgium; and WIPAC at the University of Wisconsin–Madison, WI, US – Almost 100 students, mostly 11th & 12th graders (two years before college) – One analysis: replicate the analysis of first evidence for an astrophysical neutrino flux published in Science, Nov. 2013

Masterclass approach and resources We want students to feel like “I could be an IceCuber!” Activities grow in complexity while addressing main ideas of the analysis: – what is signal and what is background – how to select signal – are these events astrophysical neutrinos and what is the significance of the measured flux – can we say where these neutrinos come from – what can we do, what do we need to improve these results Several resources developed: website, icebreaker activities, analysis activities, wiki space

IceCube Masterclasses: future plans Engage more institutions for 2015 IceCube Masterclass Search for better dates. Consider joining the International Masterclasses. Create multilingual content to enable a broader participation Add a few more analyses to include other research results from IceCube: oscillations, dark matter or cosmic- ray anisotropy Expand on developed resources to create classroom activities using IceCube research, both as extensions to the masterclass and as standalone activities.