titolo
Seminario 18/9 su AMS (streaming dal CERN col Nobel Prof. Ting)
target
totem,dipartimento,ppim
inizio
Giovedì 18 Settembre 2014 16:30
luogo
Aula E, p.3 edif. Via Pascoli snc
relatore
Nobel Laureate Prof. Samuel Ting - CERN & MIT(US)
titoloevento
New Results from AMS on the International Space Station
abstract
Sara' trasmesso in diretta streaming lo Special CERN Colloquium:
- Event: indico.cern.ch/event/340885/
- Webcast: webcast.cern.ch/ .
A seguire, i membri del gruppo locale della collaborazione AMS risponderanno ad eventuali domande. La partecipazione e' aperta a tutti i dipendenti, assegnisti e borsisti del Dipartimento e degli Enti di Ricerca afferenti ad esso, e agli studenti dei Corsi di Laurea, Laurea Magistrale e Dottorato.
==Abstract==
The Alpha Magnetic Spectrometer is a precision particle physics detector. It was installed on the International Space Station on May 19, 2011.
Results on electrons and positrons from the first 41 billion events will be presented. This includes the behavior of the positron fraction as a function of energy and the observation that the positron fraction reaches its maximum at energy 275 +- 32 GeV.
The measurement of the positron flux and the electron flux shows that both fluxes change their behavior at 30 GeV but the fluxes are significantly different in their magnitude and energy dependence. The combined (e+ + e-) flux will also be presented.
- Event: indico.cern.ch/event/340885/
- Webcast: webcast.cern.ch/ .
A seguire, i membri del gruppo locale della collaborazione AMS risponderanno ad eventuali domande. La partecipazione e' aperta a tutti i dipendenti, assegnisti e borsisti del Dipartimento e degli Enti di Ricerca afferenti ad esso, e agli studenti dei Corsi di Laurea, Laurea Magistrale e Dottorato.
==Abstract==
The Alpha Magnetic Spectrometer is a precision particle physics detector. It was installed on the International Space Station on May 19, 2011.
Results on electrons and positrons from the first 41 billion events will be presented. This includes the behavior of the positron fraction as a function of energy and the observation that the positron fraction reaches its maximum at energy 275 +- 32 GeV.
The measurement of the positron flux and the electron flux shows that both fluxes change their behavior at 30 GeV but the fluxes are significantly different in their magnitude and energy dependence. The combined (e+ + e-) flux will also be presented.
docsrefs
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