"Gregorian Chant" Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 3.0 License
Let's consider the need of some experimentation. The smaller is the machine, less dangerous it will be. Let's forget about efficiency of curvature, and think spatial linearity. Does a “flux” of linear 4 states neutrons, create radiation on other kernel of matter ? The same for proton ? And does a linear “flux” of antimatter, will dug into matter by sub energy emission ? Those quantity, was achieved in regular science by many years of experiments. More than 100 years, and we still having difficulty to measure radiation correctly :( It will be unfortunate to dug nano-size holes in our scientists!
The capacitor doesn't have to be redesign, maybe reduce the frequency of fields inversion to reduced the flow rate of “wave-particles”. The thickness of the spice layer, is to be as thin as possible, to achieve measurement. The oscillation of the separating anti-real, couldn't change anything around the quantity of 4 states matter created. In my small head, I couldn't imagine how a single atom could produced more than one Aetheric beam per oscillation of the field ?
So, trying to aim something like a solution of Na-OH, with only He-3 spice, will probably induced a change in acid-base ratio, by dislocation of the base, and with a color indicator or more evolve way, we could try to achieve a quantification of the flux. First the Sodium will be augmented, and a natural fission will occur after. The transmutation of Sodium in Mg-24 has a half life of about 15 hours. Varying the matter in solution, we may achieved quantification of the incident energy of the ray of ether neutron, that will need to be reverse to real before contact, light exposure :) A lot of achievement that lead to, by the barn surface, to a very good approximation of that flux of neutron. After, the most interesting part, the antimatter...
The limited quantities that could be measure, are:
The lost of one neutron could lead to an energetic liberation of 10 GeV (Neutron/Antineutron), so 1.6 E-9 J/neutron, and a mass lost of about 1.67E-27 Kg/neutron. It looks like the thermometer will be need...
The Oscillo-Suzane-1 series:
This is a Buckminsterfullerene, some He-3 atoms could be put inside in couple of days for a period of 340 hours, because when it's loosing He atmosphere it's decompose, but enough time to put them in a glue that will solidify and keep them for a much longer time... This process has a lot of advantages:
WIKIPEDIA: Helium can form intercalation compounds with the fullerites, including buckminsterfullerene C60 and C70. In solid C60 there are spaces between the C60 balls, either tetrahedral or octahedral in shape. Helium can diffuse into the solid fullerite even at one atmosphere pressure. Helium enters the lattice in two stages. The first rapid stage takes a couple of days, and expands the lattice by 0.16% (that is 2.2pm) filling the larger octahedral sites. The second stage takes thousands of hours to absorb more helium and expands the lattice twice as much again (0.32%) filling the tetrahedral sites. However the solid C60•3He is not stable and loses helium on a timescale of 340 hours when not under a helium atmosphere. When the helium intercalated fullerite is cooled, it has an orientational phase transition that is 10K higher than for pure solid C60. The actual discontinuous change in volume at that point is smaller, but there are more rapid changes near the transition temperature, perhaps due to varying occupancy of the voids by helium. Yagotintsev, K.A.; Strzhemechny, M.A.; Stetsenko, Yu.E.; Legchenkova, I.V.; Prokhvatilov, A.I.