We theoretically investigate atomic frustrated states in diatomic molecules hosted by the bilayer graphene setup twisted first magic angle and with broken inversion symmetry Dirac cones of system mini Brillouin zones. Such show local spectral features typically from uncoupled atoms, but counterintuitively, they also exhibit nonlocal molecular correlations, which turn them into atomically frustr...

Many challenges confront evolutionary scholars of religion. The origins and adaptive value of religion and the conditions that selected for its evolution are difficult to discern. Patterns of religious behavior, like other areas of human social behavior, have undergone significant change over our evolutionary history. Evans-Pritchard1 argued that dramatic historical changes in religious behavio...

studying the prophet’s methods of interaction with his opponents is a need nowadays. through these procedures, we can be aware of the best ways to penetrate into others hearts and introduce religious ideas (instructions). on the other hand, we can consider ahle- ketab including jews, christians and some other religious groups like sabe’in and magus and pagans including idol and star worshipers,...

Structural frustration in a rod packing exhibits analogy to frustration effects in antiferromagnetic systems. Like the spins in a triangular Ising net, rods with periodic contour may arrange randomly. Such frustration effects are observed in rare earth metal carbide nitride halides composed of C2 centered RE6 octahedra and N centered RE4 tetrahedra. These can be connected in varying sequences t...

In magnetism, of which molecular magnetism is a part, the term frustration is used rather sloppily. Sometimes one gains the impression that if the reason for some phenomenon is not quite clear then it is attributed to frustration. In this paper a discussion of the effects of frustration that are relevant for the field of molecular magnetism is presented. As will become clear later these effects...