Quote:
Originally Posted by C.A.
Quantum technology at QET and QT level is very different from conventional battles that follows normal physics.
Let's say you're going to form a quantum defence, there's no need to think of the materials of your armour. All you need is to redirect/scatter the energy upon impact, or shift the phase of your particle waveforms to become nearly indestructible against anything not on the same phase.
In quantum battles, you fight on the quantum level, anything more than subatomic is less important.
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There is a need to think about the structure of your armour, depending on the attack.
For example, it is a high KE, small area of impact attack (HEAT round, I think you fired one before?). The main aim would be to shift away the large energy transfer per unit time at the point of impact, so you would need a physical structure that is hard on the outside to slow down the rate of penetration, which means that the physical structure has to constantly rebuild itself at the point of impact, at the same time rapidly dissipating the energy gained to the surrounding.
If it is a HESH round, the area of impact is large, low KE. Before the detonator ignites, the direction of the force would need to changed or damped, in which a physical structure that is soft to absorb the impact both before and after the detonation of the explosive, or a hard layer at the top to dissipate the shockwave followed by a secondary hard layer with a damping medium sandwiched between.
If it is a concussive attack (similar to that of a HEDP grenade), it is the force directed at a extremely large area in which is it nearly impossible to dodge, the best way would be to form a cone-like or curved shield to redirect the fast moving air-molecules in a direction away from you.
If it is a large tachyon beam like what Aleida fired at Honoka, the shield would need to be made up of a quick-energy absorbing and dissipating, yet simple structure so it can be easily regenerated to continually absorb and dispel energy until the attack wears off.
Quantum technology is as good as fooling around with a piece of plasticine randomly without a idea of what to make it into. It not only takes knowledge, skill, precision and perception to be able to master and control it neurally.