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experiment X experiment X s s per day : per day : > 100 per > 100 per day day total statistics : total statistics : > 10 > 10 6 6 over over 10yr 10yr energy : energy : 0.1 ~ 10,000 TeV 0.1 ~ 10,000 TeV
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experiment X

Dec 30, 2015

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experiment X. n ’ s per day : > 100 per day total statistics : > 10 6 over 10yr energy : 0.1 ~ 10,000 TeV. IceCube… 1 million neutrinos. analytic IceCube simulation TeV neutrinos oscillate, propagate, regenerate and decay… coherently - PowerPoint PPT Presentation
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Page 1: experiment X

experiment Xexperiment X

• ’ss per day :per day :

> 100 per day> 100 per day• total statistics :total statistics :

> 10> 1066 overover 10yr10yr• energy :energy :

0.1 ~ 10,000 TeV0.1 ~ 10,000 TeV

Page 2: experiment X

IceCube… 1 million IceCube… 1 million neutrinosneutrinos

• analytic IceCube simulation• TeV neutrinos oscillate, propagate, regenerate and decay… coherently

new physics signaturesunmatched sensitivity

Gonzalez-Garcia, Maltoni

Page 3: experiment X

your own IceCube simulation

# events = # events = ∫ Area Time Area Time {{ //

Input: A (EInput: A (E) from astro-ph/0305196) from astro-ph/0305196 Cuts:Cuts:

• length of muon track > 300 mlength of muon track > 300 m• number of channels as a function of zenith angle number of channels as a function of zenith angle

implemented as integration limits on the muonimplemented as integration limits on the muon range and energy as a function of zenithrange and energy as a function of zenith

Page 4: experiment X
Page 5: experiment X
Page 6: experiment X

Neutrinos

• oscillate• interact• regenerate • tau decay

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new physics with atmospheric neutrinos

Page 8: experiment X

New Physics with the Atmospheric Beam

induced by new vector/tensor-like interactionsinduced by new vector/tensor-like interactions

withwith

Page 9: experiment X

New Physics with the Atmospheric Beam:

Examples•Violation of the equivalence principle:Violation of the equivalence principle:

•Violation of Lorentz invariance:Violation of Lorentz invariance:

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new physics with atmospheric neutrinos

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Total

455,246(10 years)

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Or,Or,• zero mass eigenstates in vacuum• neutrino decay• neutrinos of varying mass•…..

Cosmic neutrino beam from the decay of pions

e e : : : : ~ 1 : 2 : <10 ~ 1 : 2 : <10-5-5 @ the source@ the source

e e : : : : ~ 1 : 1 : 1 @ the detector ~ 1 : 1 : 1 @ the detector

(maximal (maximal mixing) mixing)

Page 17: experiment X

TeV B L A Z A R 1ES 1959+650 a posteriori coincidence

H. Krawczynski et al, 2004ApJ,601 151K ‘Multiwavelength Observations of Strong Flares from the TeV Blazar 1ES 1959+650’

“orphan” flare

TeV Flux (Crab)

10 keV Flux (keV-1 cm-2 s-1)

PRELIMINARY

Page 18: experiment X

RadiationEnvelopingBlack Hole

Black Hole

p + -> n + +

~ cosmic ray + neutrino -> p + 0

~ cosmic ray + gamma

NEUTRINO BEAMS: HEAVEN & EARTHNeutrino Beams: Heaven & Earth

Page 19: experiment X

Neutrino Beams: Heaven & Earth

Page 20: experiment X

-rays from 0 decay discovered ?

∫ E N (E) = ∫ E N (E)

1 < < 8transparent transparent sourcesource

00 = = ++ = = -

acceleratorbeam dump(hidden source)

flux predicted observed -ray flux

~20 per km2 ~20 per km2 RX J1713-3946 RX J1713-3946 per year (galactic center)per year (galactic center)

Page 21: experiment X

HESS: RX J1713 HESS: RX J1713 SpectrumSpectrum

18 h 2003 data

Resolution ~10 arcmin

First resolved TeV image

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energy conservation and cascadingenergy conservation and cascading

E-2.8

EE-2-2

m m 00

TeVTeV

Page 23: experiment X

Input: transparent source of 1 Crab with 2 < EInput: transparent source of 1 Crab with 2 < E < 20 TeV < 20 TeV

gamma ray slopegamma ray slope

2.8

2.5

2.2

1E 1959+6801E 1959+680