Imagine a rig where two such materials (a,b) are bound with one intermediate object at center, on a low friction wheelbase. This object would be carried to one end by contraction of material a, and material b, upon full expansion would cool and retract
That's already been tried. You're talking about using stable Heissman vectors if this material is beyond a Berridian state.. I assume your opposing form f1 is being generated from the thermoresponsive contraction? If so, the Heissman vectors won't be stable. You have to simulate phase transfers to get the numbers right.. it's a pain in the ass if it's even possible. MITs got the scripts and the mathematicians are working on it day and night... still three of the transcendental values haven't been established. These guys are even using hyperdimensional negatives.. it's a fiasco man, a complete mess.
You should know all this.. what are you reading? I could send you some journals from a few colleagues at the department of experimental quantonanotic physics in Belgium if you want.
It's was a good idea back in 2013 and I'm surprised you conceived it on your own; that's very impressive. You have the qualities of a independent and innovative thinker, Gamer, and I think we can expect great things from you in the future.
Perpetual motion transport or energy source using opposing thermoresponsive elastic, gum-like polymers stretched over distances.
They've actually already done this but with using a plasmic holograph shift in Trictonian space. The molecular bonds retained negative 3 regridification placements along the synthetic axial's they engineered for the program. It was remarkable. I remember Dr. Larringston joking that we couldn't possibly ionize a five dimensional Frellisian space in only .000000076 seconds. I told them it was possible and I was right.