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However, this method is based on the assumption of a linear behavior of disordered systems.
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Simple classical models of disordered systems are derived starting with the generic bond percolation approach.
Furthermore, we propose that conductance of disordered systems can be controlled by engineering the shape, frequency and amplitude of light.
This research area lies at the interface of the fundamental theory of disordered systems and laser science.
The physical significance of these parameters is discussed, which aids in our understanding of fundamental behavior in disordered systems.
The "tumbling" behavior of disordered proteins is different to that of ordered ones.
Observed behavior of the dispersion is caused by the features of transport and relaxation of charges in disordered systems.
Therefore, intracellular macromolecular crowding cannot explain the observed differences between in vitro and in vivo degradation behaviors of disordered proteins.
This chapter reviews the essential ingredients of quantum transport in disordered systems, and introduces measures of quantum coherence and entanglement in multisite systems.
According to the scattering strength of the disordered system, different regimes of light transport are available.
However, Figure 8D shows that the binding rate of the disordered system was increased faster than that of the ordered system under different σhφ values.
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