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Mon, 09:10–10:30 |
RW 1 |
T 1: Hauptvorträge 1 |
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Mon, 11:00–12:35 |
P2 |
T 2: Gammaastronomie 1 |
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Mon, 11:00–12:30 |
P3 |
T 3: Ultrahochenergetische kosmische Strahlung 1 |
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Mon, 11:00–12:30 |
P4 |
T 4: Supersymmetrie 1 |
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Mon, 11:00–12:30 |
P5 |
T 5: Teilchenphysik mit kosmischer Strahlung |
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Mon, 11:00–12:15 |
P6 |
T 6: Elektroschwache Wechselwirkung 1 |
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Mon, 11:00–12:30 |
P7 |
T 7: Partonschauer, NLO Matching und MC-Tuning (Theorie+Experiment) |
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Mon, 11:00–12:30 |
P10 |
T 8: Higgs: Eigenschaften |
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Mon, 11:00–12:25 |
P11 |
T 9: Dunkle Materie 1 |
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Mon, 11:00–12:15 |
P12 |
T 10: Spurkammern 1 |
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Mon, 11:00–12:20 |
P13 |
T 11: Hochenergie-Neutrinophysik 1 |
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Mon, 11:00–12:30 |
P15 |
T 12: Computing |
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Mon, 11:00–12:05 |
P101 |
T 13: Lorentzinvarianz, Magnetische Monopole |
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Mon, 11:00–12:30 |
P102 |
T 14: Top-Quarks: Boosted |
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Mon, 11:00–12:15 |
P103 |
T 15: Kalorimeter 1 |
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Mon, 11:00–12:30 |
P104 |
T 16: Top-Quarks: Masse |
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Mon, 11:00–12:30 |
P105 |
T 17: Halbleiter 1 |
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Mon, 11:00–12:30 |
P106 |
T 18: Niederenergie-Neutrinophysik 1 |
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Mon, 11:00–12:00 |
P108 |
T 19: Gittereichtheorie |
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Mon, 11:00–12:30 |
P110 |
T 20: QCD (Theorie) 1 |
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Mon, 11:00–12:15 |
GFH 01-701 |
T 21: Flavourphysik 1 |
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Mon, 11:00–12:35 |
GFH 01-721 |
T 22: Detektorsysteme 1 |
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Mon, 11:00–12:30 |
GFH 01-731 |
T 23: DAQ, Trigger, Elektronik 1 |
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Mon, 16:45–18:45 |
P1 |
T 24: Higgs-Kopplungen (Theorie/Experiment) |
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Mon, 16:45–19:00 |
P2 |
T 25: Gammaastronomie 2 |
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Mon, 16:45–18:55 |
P3 |
T 26: Ultrahochenergetische kosmische Strahlung 2 |
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Mon, 16:45–19:00 |
P4 |
T 27: Supersymmetrie 2 |
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Mon, 16:45–19:05 |
P5 |
T 28: Kosmische Strahlung 1 |
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Mon, 16:45–18:30 |
P6 |
T 29: Flavourphysik (Theorie) |
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Mon, 16:45–18:50 |
P7 |
T 30: Experimentelle Methoden der Astroteilchenphysik 1 |
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Mon, 16:45–18:50 |
P10 |
T 31: Higgs: Zerfall in Fermionen 1 |
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Mon, 16:45–19:00 |
P11 |
T 32: Dunkle Materie 2 |
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Mon, 16:45–18:25 |
P12 |
T 33: Spurkammern 2 |
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Mon, 16:45–18:50 |
P13 |
T 34: Neutrinoastronomie 1 |
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Mon, 16:45–19:00 |
P15 |
T 35: GRID-Computing |
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Mon, 16:45–19:00 |
P102 |
T 36: Top-Quarks |
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Mon, 16:45–19:00 |
P103 |
T 37: Experimentelle Methoden 1 |
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Mon, 16:45–19:05 |
P104 |
T 38: Interpretation von SUSY Suchen (Theorie/Experiment) |
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Mon, 16:45–19:00 |
P109a |
T 39: Halbleiter 2 |
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Mon, 16:45–19:00 |
P106 |
T 40: Niederenergie-Neutrinophysik 2 |
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Mon, 16:45–19:00 |
P108 |
T 41: Neutrinophysik (Theorie) |
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Mon, 16:45–19:00 |
P110 |
T 42: Elektroschwache Wechselwirkung 2 |
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Mon, 16:45–19:00 |
GFH 01-701 |
T 43: Flavourphysik 2 (CP Verletzung) |
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Mon, 16:45–19:00 |
GFH 01-721 |
T 44: Detektorsysteme 2 |
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Mon, 16:45–18:45 |
GFH 01-731 |
T 45: DAQ, Trigger, Elektronik 2 |
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Tue, 08:30–10:30 |
RW 1 |
T 46: Hauptvorträge 2 |
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Tue, 13:45–16:15 |
RW 1 |
T 47: Eingeladene Vorträge 1 |
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Tue, 13:45–16:15 |
P1 |
T 48: Eingeladene Vorträge 2 |
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Tue, 16:45–19:05 |
P2 |
T 49: Gammaastronomie 3 |
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Tue, 16:45–19:00 |
P3 |
T 50: Ultrahochenergetische kosmische Strahlung 3 |
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Tue, 16:45–18:45 |
P4 |
T 51: Supersymmetrie 3 |
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Tue, 16:45–19:05 |
P5 |
T 52: Kosmische Strahlung 2 |
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Tue, 16:45–18:30 |
P6 |
T 53: Jenseits des Standardmodells (Theorie) 1 |
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Tue, 16:45–18:45 |
P7 |
T 54: Experimentelle Methoden der Astroteilchenphysik 2 |
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Tue, 16:45–18:30 |
P10 |
T 55: Higgs: Zerfall in Fermionen 2 |
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Tue, 16:45–18:55 |
P11 |
T 56: Dunkle Materie 3 |
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Tue, 16:45–19:00 |
P12 |
T 57: Myondetektoren 1 |
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Tue, 16:45–19:00 |
P13 |
T 58: Neutrinoastronomie 2 |
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Tue, 16:45–18:45 |
P15 |
T 59: QCD (Theorie) 2 |
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Tue, 16:45–18:35 |
P101 |
T 60: Halbleiter 3 |
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Tue, 16:45–19:00 |
P102 |
T 61: Top-Quarks: Single Top |
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Tue, 16:45–19:00 |
P103 |
T 62: Higgs jenseits des Standardmodells |
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Tue, 16:45–18:45 |
P104 |
T 63: Top-Quarks: Paarproduktion |
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Tue, 16:45–19:00 |
P109a |
T 64: Halbleiter 4 |
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Tue, 16:45–18:55 |
P106 |
T 65: Niederenergie-Neutrinophysik 3 |
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Tue, 16:45–18:15 |
P108 |
T 66: Elektroschwache Wechselwirkung 3 |
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Tue, 16:45–18:50 |
P110 |
T 67: Suche nach neuer Physik 1 |
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Tue, 16:45–19:00 |
ReWi EG |
T 68: Poster |
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Tue, 16:45–19:00 |
GFH 01-701 |
T 69: Flavour (Theorie/Experiment) 1 |
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Tue, 16:45–19:05 |
GFH 01-721 |
T 70: Detektorsysteme 3 |
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Tue, 16:45–18:45 |
GFH 01-731 |
T 71: DAQ, Trigger, Elektronik 3 |
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Wed, 08:30–10:30 |
RW 1 |
T 72: Hauptvorträge 3 |
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Wed, 16:45–19:05 |
P2 |
T 73: Gammaastronomie 4 |
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Wed, 16:45–18:55 |
P3 |
T 74: Hochenergie-Neutrinophysik 2 |
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Wed, 16:45–19:05 |
P4 |
T 75: Supersymmetrie 4 |
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Wed, 16:45–18:55 |
P5 |
T 76: Kosmische Strahlung 3 |
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Wed, 16:45–19:00 |
P6 |
T 77: Jenseits des Standardmodells (Theorie) 2 |
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Wed, 16:45–19:05 |
P7 |
T 78: Experimentelle Methoden der Astroteilchenphysik 3 |
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Wed, 16:45–19:00 |
P10 |
T 79: Higgs: Supersymmetrie |
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Wed, 16:45–18:45 |
P11 |
T 80: Dunkle Materie 4 (indirekte Suche) |
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Wed, 16:45–18:45 |
P12 |
T 81: Myondetektoren 2 |
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Wed, 16:45–19:05 |
P13 |
T 82: Neutrinoastronomie 3 |
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Wed, 16:45–18:50 |
P15 |
T 83: Quantenfeldtheorie 1 |
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Wed, 16:45–19:00 |
P101 |
T 84: Experimentelle Methoden 2 |
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Wed, 16:45–19:00 |
P102 |
T 85: Top-Quarks: Eigenschaften |
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Wed, 16:45–18:45 |
P103 |
T 86: Elektroschwache Physik (Theorie) 1 |
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Wed, 16:45–18:30 |
P104 |
T 87: Higgs: Zerfall in WW 1 |
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Wed, 16:45–19:00 |
P109a |
T 88: Halbleiter 5 |
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Wed, 16:45–18:35 |
P106 |
T 89: Niederenergie-Neutrinophysik 4 |
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Wed, 16:45–18:50 |
P108 |
T 90: Halbleiter 6 |
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Wed, 16:45–19:00 |
P110 |
T 91: Suche nach neuer Physik 2 |
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Wed, 16:45–19:00 |
GFH 01-701 |
T 92: Flavour (Theorie/Experiment) 2 |
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Wed, 16:45–19:00 |
GFH 01-721 |
T 93: QCD 1 |
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Wed, 16:45–18:50 |
GFH 01-731 |
T 94: DAQ, Trigger, Elektronik 4 |
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Thu, 08:30–10:30 |
RW 1 |
T 95: Hauptvorträge 4 |
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Thu, 11:00–12:30 |
RW 1 |
T 96: Hauptvorträge 5 |
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Thu, 13:45–16:15 |
RW 1 |
T 97: Eingeladene Vorträge 3 |
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Thu, 13:45–16:15 |
P1 |
T 98: Eingeladene Vorträge 4 |
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Thu, 16:45–18:30 |
P1 |
T 99: Andere Gebiete der Theorie |
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Thu, 16:45–19:05 |
P2 |
T 100: Niederenergie kosmische Strahlung |
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Thu, 16:45–19:05 |
P3 |
T 101: Hochenergie-Neutrinophysik 3 |
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Thu, 16:45–18:45 |
P4 |
T 102: Supersymmetrie 5 |
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Thu, 16:45–18:45 |
P5 |
T 103: Kosmische Strahlung 4 |
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Thu, 16:45–19:00 |
P6 |
T 104: Jenseits des Standardmodells (Theorie) 3 |
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Thu, 16:45–19:00 |
P7 |
T 105: Experimentelle Methoden der Astroteilchenphysik 4 |
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Thu, 16:45–19:00 |
P10 |
T 106: Higgs: Zerfall in Fermionen 3 |
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Thu, 16:45–19:00 |
P11 |
T 107: Supernova |
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Thu, 16:45–18:50 |
P12 |
T 108: Kalorimeter 2 |
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Thu, 16:45–19:00 |
P13 |
T 109: Neutrinoastronomie 4 |
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Thu, 16:45–18:45 |
P15 |
T 110: Quantenfeldtheorie 2 |
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Thu, 16:45–19:00 |
P101 |
T 111: Theoretische Astroteilchenphysik und Kosmologie |
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Thu, 16:45–19:00 |
P102 |
T 112: Top-Quarks: Assoziierte Produktion |
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Thu, 16:45–18:45 |
P103 |
T 113: Elektroschwache Physik (Theorie) 2 |
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Thu, 16:45–18:30 |
P104 |
T 114: Higgs: Zerfall in WW 2 |
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Thu, 16:45–19:00 |
P109a |
T 115: Halbleiter 7 |
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Thu, 16:45–19:00 |
P106 |
T 116: Niederenergie-Neutrinophysik 5 |
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Thu, 16:45–19:00 |
P108 |
T 117: Halbleiter 8 |
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Thu, 16:45–18:45 |
P110 |
T 118: Suche nach neuer Physik 3 |
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Thu, 16:45–19:00 |
GFH 01-701 |
T 119: Flavour (Theorie/Experiment) 3 |
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Thu, 16:45–18:50 |
GFH 01-721 |
T 120: QCD 2 |
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Thu, 16:45–19:00 |
GFH 01-731 |
T 121: DAQ, Trigger, Elektronik 5 |
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Fri, 09:00–10:30 |
RW 1 |
T 122: Hauptvorträge 6 |
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Fri, 11:00–12:30 |
RW 1 |
T 123: Hauptvorträge 7 |
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