@NickKraakman@ZKomala@lionpau Thanks Nick. Shrink wrap and other polyethylenes will likely be ineffective in that range 13um range. Polyamide and other plastics work in that region
Several affidavits from field experts verify the existence of a functional prototype linked to our patent, one of which was provided by a former DARPA propulsion specialist.
https://t.co/KCH57hMnA0
https://t.co/UeEVdqvE52
2/2
@NosaerFodnus Sort of yes but from all the math Iโm quite certain 4.4e26m is pretty spot on for various reasons through the years and ln() reduces uncertainty more. R_E would follow suit. The most interesting problem is the units as you mentioned & have some updated thoughts I will share soon.
.@Franck_McBecker & I are still working on illustrations of physical models but these equations converge very well so far. The geomean of the longest/shortest wave seems pertinent to equations & related to hyperbolic geometry. Details in preprint draft https://t.co/6IkGbq4XNV
The Fine Structure constant is written below as a Lambert function. If true, this suggests profound implications on other constants. @Franck_McBecker & I seemingly found a direct connection to a negatively sloped hyperbolic geometry using the golden ratio
https://t.co/6kMuWCDtYv
Bhatt-Becker Law for accelerative net-force. Accelerate charged particle b/w electrodes of different potentials forming causal shielding where d<R:
d = distance b/w potential electrodes
R = Rindler horizon of particle = c^2/a
ฮณ= 2.5292^-25 [J m s]
F= ฮณ/d^2 * ln(R/d)/ln(R/PL)
@BEbeyond20@torybruno Are you considering other alternative propulsion methods like hall thrusters or solar sails for cislunar mining etc? Would you be open to collaborations to contact you in this endeavor? If so, how would one submit a proposal? #bebeyond