ARTICLE
TITLE

High Temperature Symmetry Non-Restoration And Inverse Symmetry Breaking in the Z2×Z2 Model

SUMMARY

The patterns of high temperature symmetry non-restoration (SNR) and inverse symmetry braking (ISB) in the Z2×Z2model are investigated in detail for a specified parameters.

 Articles related

Viktor Zavodyannyi    

The object of research is the crystal structure of the Ba3TeO6 compound. It is known from the literature that this material has photoluminescent properties and crystallizes in the tetragonal system with the space symmetry group I41/a (88) and lattice per... see more


Viktor Zavodyannyi    

The object of research is the crystal structure of the a phase of K3VF6 compound. From the analysis of the literature it follows that there are three modifications of this compound – the a phase, the b phase and the g phase. There are also several m... see more


Sadiq A. Mehdi,Shatha Jassim Muhamed    

The chaotic system has been widely studied. A new six-dimension hyper chaotic system is introduced in this paper. We used a new chaotic system based on a six-dimension for the purpose of increasing chaos in the system, where the new system has eleven pos... see more


Ayi Bahtiar, Khairul Habibie    

Perovskite Solar Cells (PSC), with the efficiency of more than 22%, has shown promising prospects for the future of environmentally friendly technology. However, low stability on humidity is a major problem limiting the commercialization of PSC. The pero... see more


Shalini Tomar, Shiv Raj Bhardwaj, Saral Kumar Gupta, Ajay Singh Verma    

Here in, we have investigated fundamental inherent physical properties like as structural, electronic, optical, elastic, thermal etc of the ZnSnSb2 by using the accurate full potential linearized augmented plane wave (FP-LAPW) method. These materials hav... see more