Overview of Topics. 1 Are neutrinos Dirac or Majorana particles? 4 Coherence in neutrino oscillations. 3 CP violation from flavor fractions
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1 Overview of Topics 1 Are neutrinos Dirac or Majorana particles? 3 CP violation from flavor fractions 4 Coherence in neutrino oscillations 11 Statistical test for discovery 10 Sensitivity studies with GLoBES 5 Cross sections for long-baseline experiments 14 The future of long-baseline neutrino physics 8 Neutrino telescopes meet neutrino beams 2 Atmospheric neutrinos from Earth, Sun and planets 6 Find the Supernova! 9 Pre-Supernova Neutrinos 12 The Hunt for Red October 7 Low-energy neutrino target isotopes 13 Vertex reconstruction in scintillator 15 Neutrino detection at 30 PeV 16 Separation of hadronic and electromagnetic cascasdes Michael Wurm (Mainz) INSS 18 Mini Projects 4
2 Neutrino Physics & Oscillations 1) Are neutrinos Dirac or Majorana particles? Invent novel experimental approaches to determine whether neutrinos are Dirac or Majorana particles. Focus: Neutrino physics Requirements: Analytical calculations Author: Boris Kayser 3) CP violation from flavor fractions Analyze the structure of the leptonic mixing matrix and of neutrino oscillation probabilities to understand the conditions under which CP is violated in the neutrino sector. Focus: Oscillation physics Requirements: Analytical calculations Author: Boris Kayser 4) Coherence in neutrino oscillations A project about the subtle quantum mechanics of neutrino oscillations, including several potential brain-teasers. Focus: Neutrino oscillations Requirements: Analytical calculations Author: Joachim Kopp Michael Wurm (Mainz) INSS 18 Mini Projects 5
3 Long-baseline oscillations 10) Sensitivity studies with GLoBES Learn to use the software package GLoBES and study the sensitivity of current and future experiments. Focus: Neutrino oscillations Requirements: Numerical calculation/globes software Author: Joachim Kopp 14) The futureof LBL neutrino physics Perform a MC-based study to project the final sensitivity of the T2K experiment Focus: Neutrino oscillations Requirements: Numerical calculations Author: Hiro Tanaka 5) Cross sections for LBL experiments In this activity, you will learn the steps necessary to calculate the neutrino interaction total cross section as function of the neutrino energy. Focus: Neutrino physics Requirements: Numerical calculation Author: Minerba Betancourt 8) Neutrino telescopes meet v beams Explore the potential of the future lowenergy neutrino telescopes PINGU and ORCA to study oscillations from atmospheric and beam neutrinos. Focus: Oscillation physics Requirements: Numerical calculation / PISA Author: Sebastian Böser Michael Wurm (Mainz) INSS 18 Mini Projects 6
4 Observation of neutrinos 6) Find the Supernova In this activity, you will learn the steps necessary to calculate the neutrino interaction total cross section as function of the neutrino energy. Focus: Supernova and detector physics Requirements: Toy MC Author: Basudeb Dasgupta 2) Atmospheric neutrinos from Earth, Sun and planets Learn about the physics of atmospheric neutrinos and its dependence on atmospheric properties. Focus: Atmospheric showers, particle decay and absorption Requirements: analytical calculations Author: Lutz Köpke 9) Pre-Supernova Neutrinos Be the first one to see the next Supernova coming! Learn to distinguish the faint neutrino signal of remote ssi-burning stars from other neutrino background fluxes. Focus: Low-energy v s, stellar physics Requirements: Analytical and numerical calculations Author: Michael Wurm 12) The Hunt for Red October Come up with a neutrino-based scheme to pinpointnuclear submarines or an evasion strategy for detection. Focus: Reactor neutrinos, applied neutrino physics Requirements: simple analytical and numerical estimates Author: Patrick Huber Michael Wurm (Mainz) INSS 18 Mini Projects 7
5 Neutrino detectors & analysis 7) Low-energy neutrino target isotopes Select a suitable target isotope for a lowenergy neutrino detector. Focus: Low-energy neutrinos, nuclear physics Requirements: Analytical calculation Author: Jonathan Link 15) Detection of 30 PeV neutrinos Assess a possible detector design for cosmic neutrinos at the very highest energies Focus: High- energy neutrinos, detector physics Requirements: analytical and numerical calculations Author: Dave Seckel 13) Vertex reconstruction in scintillator Build your own virtual solar neutrino detector! Learn to reconstruct the position of neutrino events in your liquid scintillator target to reject external background. Focus: Low-energy neutrinos, event reconstruction algorithms Requirements: Toy Monte Carlo Author: Michael Wurm 16) Separation of hadronic and electro-magnetic cascades Explore methods to separate hadronic from electromagnetic cascades in a high-energy neutrino telescope Focus: High- energy neutrino detectors Requirements: analytical calculation or GEANT Author: Dave Seckel Michael Wurm (Mainz) INSS 18 Mini Projects 8
6 Statistical analysis 11) Statistical test for discovery Design a statistical test for discovery of a signal process such as darkmatter by counting events in a detector. Focus: High-level analysis, statistics Requirements: analytical calculation Author: Glen Cowan Michael Wurm (Mainz) INSS 18 Mini Projects 9
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