The universal relationship between sample dimensions and cooperative phenomena: effects of fractal dimension on the electronic properties of high-T_C cuprate observed using electron spin resonance

Abstract

As demonstrated by the unique electronic properties of nanostructured materials, which are qualitatively different from the bulk properties of the same materials, there should be general relationship between dimensions of...

Nearly three-dimensional Dirac fermions in an organic crystalline material unveiled by electron spin resonance

“…The difference in the system dimension generally provides qualitatively different physical properties. [39][40][41] However, most work on the organic DFs thus far has been focused on the two-dimensional (2D) ZGSs, which is the same feature that graphene and related nanosheets possess. Except for a limited range of Ts, the electronic states of a-D 2 I 3 at 1 bar remain rather unexplored, as they were speculated to be less relevant to ZGS.…”

Water Detection in Satellite Images Based on Fractal Dimension

“…Fractals have attracted the interest of scholars and researchers [20][21][22]. One of the reasons for this is the interesting possibilities in using fractals in a variety of very different fields of application and use cases [23][24][25][26][27][28][29]. More specifically, one of the possible uses of fractals is the image compression field, where a block-based image compression technique, which detects and decodes the existing similarities between different image regions, called fractal image compression, is applied [30].…”