We study the implications of minimal non-Universal Boundary Conditions in the sfermion Soft SUSY Breaking (SSB) masses of mSUGRA. We impose asymptotic b-τ Yukawa coupling Unification and we resort to a parameterization of the deviation from Universality in the SSB motivated by the multiplet structure of SU(5) GUT. A set of cosmo-phenomenological constraints, including the recent results from WM...

Phenomenology is often thought to be irrelevant to artificial intelligence and cognitive science research because first-person descriptions do not reach to the level of genuine causal explanations. Though phenomenology taken in this weak sense may not be useful, the method of phenomenology taken more formally may well produce fruitful results. Husserl’s phenomenological reduction, or epoché, se...

We consider vacuum tunneling of a new kind where the false vacua are not translationally invariant, but have topological defects that break some of their translational symmetries. In the particular case where the topological defects are cosmic strings, we show the existence of an O(2)×O(2) symmetric bounce configuration that allows a semi-classical estimate of the rate of cosmic string induced ...

We study the behavior of five proteins at the air-water and oil-water interfaces by all-atom molecular dynamics. The proteins are found to get distorted when pinned to the interface. This behavior is consistent with the phenomenological way of introducing the interfaces in a coarse-grained model through a force that depends on the hydropathy indices of the residues. Proteins couple to the oil-w...

Within the quasi-two-body decay model, we study localized CP violation and branching fraction of four-body when pair invariant masses are , with pairs being dominated by resonances, respectively. When dealing dynamical functions these modeled Bugg Gounaris-Sakurai function, Flatté formalism LASS lineshape, respectively, while others described relativistic Breit-Wigner function. Adopting end poi...