Quantum infrared fluctuations of the conformal mode screen g=G_N H^2/pi with beta(g)=-(1/2)g^2, predicting logarithmic decay of dark energy and a UV fixed point at minimal entropy S=2.
Quantum Relaxation of the Cosmological Constant
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abstract
We describe a mechanism that drives the Cosmological Constant to zero value. This mechanism is based on the quantum triviality of $\lambda \phi^4$ field theory and works in $AdS$ space. Some subtleties of the model are discussed.
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hep-th 1years
2019 1verdicts
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de Sitter duality and logarithmic decay of dark energy
Quantum infrared fluctuations of the conformal mode screen g=G_N H^2/pi with beta(g)=-(1/2)g^2, predicting logarithmic decay of dark energy and a UV fixed point at minimal entropy S=2.