%0 Generic %1 addazi2020holographic %A Addazi, Andrea %D 2020 %K Holography phase_trans %T Holographic Naturalness and Topological Phase Transitions %U http://arxiv.org/abs/2005.02040 %X We show that our Universe lives in a topological and non-perturbative vacuum state full of a large amount of hidden quantum hairs, the hairons. We will discuss and elaborate on theoretical evidences that the quantum hairs are related to the gravitational topological winding number in vacuo. Thus, hairons are originated from topological degrees of freedom, holographically stored in the de Sitter area. The hierarchy of the Planck scale over the Cosmological Constant (CC) is understood as an effect of a Topological Memory intrinsically stored in the space-time geometry. Any UV quantum destabilizations of the CC are re-interpreted as Topological Phase Transitions, related to the desapparence of a large ensamble of topological hairs. This process is entropically suppressed, as a tunneling probability from the N- to the 0-states. Therefore, the tiny CC in our Universe is a manifestation of the rich topological structure of the space-time. In this portrait, a tiny neutrino mass can be generated by quantum gravity anomalies and accommodated into a large N-vacuum state. We will re-interpret the CC stabilization from the point of view of Topological Quantum Computing. An exponential degeneracy of topological hairs non-locally protects the space-time memory from quantum fluctuations as in Topological Quantum Computers.

@misc{addazi2020holographic, abstract = {We show that our Universe lives in a topological and non-perturbative vacuum state full of a large amount of hidden quantum hairs, the hairons. We will discuss and elaborate on theoretical evidences that the quantum hairs are related to the gravitational topological winding number in vacuo. Thus, hairons are originated from topological degrees of freedom, holographically stored in the de Sitter area. The hierarchy of the Planck scale over the Cosmological Constant (CC) is understood as an effect of a Topological Memory intrinsically stored in the space-time geometry. Any UV quantum destabilizations of the CC are re-interpreted as Topological Phase Transitions, related to the desapparence of a large ensamble of topological hairs. This process is entropically suppressed, as a tunneling probability from the N- to the 0-states. Therefore, the tiny CC in our Universe is a manifestation of the rich topological structure of the space-time. In this portrait, a tiny neutrino mass can be generated by quantum gravity anomalies and accommodated into a large N-vacuum state. We will re-interpret the CC stabilization from the point of view of Topological Quantum Computing. An exponential degeneracy of topological hairs non-locally protects the space-time memory from quantum fluctuations as in Topological Quantum Computers.}, added-at = {2020-05-06T11:19:23.000+0200}, author = {Addazi, Andrea}, biburl = {https://www.bibsonomy.org/bibtex/2045bf6218badd6ec089b4055e61bee59/kota_n}, description = {Holographic Naturalness and Topological Phase Transitions}, interhash = {bf5d156b09d36815040879ab37d6570c}, intrahash = {045bf6218badd6ec089b4055e61bee59}, keywords = {Holography phase_trans}, note = {cite arxiv:2005.02040}, timestamp = {2020-05-07T09:30:40.000+0200}, title = {Holographic Naturalness and Topological Phase Transitions}, url = {http://arxiv.org/abs/2005.02040}, year = 2020 }