Ventilation phase bandwidth is generally increased due to increased power supply due to increased voltage or heating effect due to voltage levels. At the same time, the transport mechanism that is regulated by a small paid semiconductor leads to decreased trending on low-level mode. Here, in addition to this behavior, we report the behavior of anomalous conduction transformed from the transition metal into the molten molybdenum dizulphid in the low voltage regime on the insulation phase2). Transportation of low-drainage drainage transport regulates harmful action2 The substrate, which differs from the transition to the quantum phase in the MoLL in the multilayer2. With a high source drainage system, the insulation phase will be converted to the metallic phase that generates the diversity of melodic-meloton-bandwidth2. These behaviors highlight the MoS2 As a model of study of classical and quantum vehicles and a metal-isolatoric transformation in two dimensional systems.