This paper continues the development of a simplicial theory of weak ω-categories, by studying categories which are enriched in weak complicial sets. These complicial Gray-categories generalise both the Kan complex enriched categories of homotopy theory and the 3-categorical Gray-categories of weak 3-category theory. We derive a simplicial nerve construction, which is closely related to Cordier ...

Symmetries and their conservation laws play a fundamental role in Physics. Among them, the discrete symmetries corresponding to charge (C), parity (P ), and time (T ) transformations are extensively used in the theory of the elementary particles and their interactions (so called Standard Model (SM)) to give the basis of the fundamental physical description of nature. Eventual discoveries of vio...

The Compton scattering process plays significant roles in atomic and molecular physics, condensed matter nuclear physics material science. It could provide useful information on the electromagnetic interaction between light matter. Several aspects of many-body such us electronic structures, electron momentum distributions, interactions bound electrons, etc., can be revealed by experiments. In t...

The calculation of weak interaction rates plays a very important role in studying nuclear physics and astrophysics. In this work, we calculate the electron capture rate <sup>66</sup>Fe framework shell model. We mainly focus on contribution allowed transition forbidden to total rate. It is found that some astrophysical environments rate, which non-unique major role. This for structures

The aim of this program is to bring together researchers and students from different backgrounds (including molecular biology, bioinformatics, biological physics) to discuss Networks and Regulation, a topic of high current interest on the interface between statistical physics and biology. We plan an integrated program, which is focused on high-level training during the first days and leads to t...

The emergence of Hawking radiation from vacuum fluctuations is analyzed in conventional field theories and their energy content is defined through the Aharonov weak value concept. These fluctuations travel in flat space-time and carry trans-planckian energies sharply localized on cisplanckian distances. We argue that these ⋆ 1 features cannot accommodate gravitational nonlinearities. We suggest...