Experimental Search for Quantum Gravity 2012
Experimental Search for Quantum Gravity
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Thursday Oct 25, 2012
Gravity Induced Grand Unification
Motivated by the lack of evidence for physics beyond the Standard Model in the TeV region, we discussed an alternative path for grand unification. We show that simple grand unification models based on e.g. SU(5) can work successfully even without low scale supersymmetry. In particular quantum gravitational effects could easily modify the unification conditions for the gauge and Yukawa couplings.
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Thursday Oct 25, 2012
Gravity Induced Grand Unification
Motivated by the lack of evidence for physics beyond the Standard Model in the TeV region, we discussed an alternative path for grand unification. We show that simple grand unification models based on e.g. SU(5) can work successfully even without low scale supersymmetry. In particular quantum gravitational effects could easily modify the unification conditions for the gauge and Yukawa couplings.
_____________________________Collection/Series:
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Thursday Oct 25, 2012
Gravity Induced Grand Unification
Motivated by the lack of evidence for physics beyond the Standard Model in the TeV region, we discussed an alternative path for grand unification. We show that simple grand unification models based on e.g. SU(5) can work successfully even without low scale supersymmetry. In particular quantum gravitational effects could easily modify the unification conditions for the gauge and Yukawa couplings.
_____________________________Collection/Series:
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Thursday Oct 25, 2012
Gravity Induced Grand Unification
Motivated by the lack of evidence for physics beyond the Standard Model in the TeV region, we discussed an alternative path for grand unification. We show that simple grand unification models based on e.g. SU(5) can work successfully even without low scale supersymmetry. In particular quantum gravitational effects could easily modify the unification conditions for the gauge and Yukawa couplings.
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Thursday Oct 25, 2012Speaker(s):
The three discrete symmetries of Quantum Mechanics, charge conjugation, parity, and time reversal, are all violated, singly or in pairs.
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Thursday Oct 25, 2012
Quantum Gravity and the Weak Interactions
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Non-thermal quantum black holesCollection/Series:
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Thursday Oct 25, 2012
Quantum Gravity and the Weak Interactions
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Non-thermal quantum black holesCollection/Series:
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Thursday Oct 25, 2012
Quantum Gravity and the Weak Interactions
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Non-thermal quantum black holesCollection/Series:
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Thursday Oct 25, 2012
Quantum Gravity and the Weak Interactions
__________________________________
Non-thermal quantum black holesCollection/Series:
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Thursday Oct 25, 2012
Quantum Gravity and the Weak Interactions
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Non-thermal quantum black holesCollection/Series:
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