I am not sure if this is right sub forums for this thread, so..
This forums are about to spare your hypothesis in which will be experiment, analyze, observe, to confirm if the hypothesis is true or false.
For example, my hypothesis:
You get the idea.
This forums are about to spare your hypothesis in which will be experiment, analyze, observe, to confirm if the hypothesis is true or false.
For example, my hypothesis:
Quote:Damage/Thermal energy/Kinetic energy adsorbing material -
An accord of Thermodynamics, it is possible to transfer the thermal [heat] energy through by contact of between 2 materials [Transferring thermal energy from hot material to cold material]. Thermal energy is an result of material's energy resistance. If material don't have or less energy resistance, therefore less thermal energy [conversion from thermal energy to electric energy]. The technology of superconductivity can reduce any normal conductive materials' or certain alloys' energy resistance near nonexistence. Massive kinetic/thermal energy often result the phrase of solid material to liquid material. If the technology of superconductivity can prevent the phrase of solid to liquid, then we can produce the certain material as an armor near-immune to thermal energy, kinetic energy and possibly damage. If we apply continuous flow of Liquid Nitrogen through the rowed pipes within the superconductor material to keep the material remaining in state of superconductivity [near absolute zero]. Therefore, any form of Thermal/Kinetic energy against the hull of superconductor armor, will be adsorbed into superconductor. The remaining energy will transfer to Liquid Nitrogen, so cryonic generators [or Thermocouples] will sort the energy out.
Requirements: superconductive material must be ductile at near absolute zero.
Physic formula: Yeah, I'm still self-learning the physics of Thermodynamics, so I can experiment my hypothesis.
You get the idea.