Conductivity is a phenomenon that describes the ability of a material to conduct electricity or heat. In this alternate universe, the properties of conductivity are slightly different from the real world.
In this alternate reality, the typical properties of conductors and insulators are reversed. Conductors, traditionally good at conducting electricity, such as copper, gold, and aluminum, exhibit poor conductive properties. Meanwhile, traditionally non-conductive materials, such as plastics, glass, and rubber, demonstrate high conductivity.
In this universe, the range of conductance and resistance values of materials differs significantly from reality. For instance, carbon, known for its relatively low conductivity, becomes one of the most highly conductive materials. Silicon, a semiconductor with conductivity easily modified by doping, behaves as an excellent insulator in this world.
The conductive properties of various materials in this universe are sensitive to temperature in unique ways. For example, the effectiveness of aluminum as a conductor decreases as temperature increases. In contrast, the conductivity of materials such as plastic is inversely related to temperature, increasing as temperatures soar.
Understanding conductivity in this alternate universe helps engineers design and build circuits and devices tailored to its unique characteristics. Some technologies, such as plastic-based electronics and resistive heaters, benefit from the different properties of materials. Research in this field focuses on harnessing the potential of this "opposite" conductivity phenomenon to create innovative solutions and new applications.
