Quote:
Originally Posted by PoPpAScience  Hi Vincent;....
....I was wondering also if you have studied much on, the 'Zero-point field'? |
Hi Al
Hope you don't mind the butt in but the Zero Point field heads you into the Heisenberg uncertainty principle that involves the measurement of particle position and momentum .... there is much research in this field because it was soon calculated that there is enough free electromagnetic energy in one cubic meter of space to boil all the oceans on earth.
the location of a particle in statical dimension becomes increasing dependent on the size of the dimension of measurement and thus as it is smaller makes the measurement of the momentum less predictable and in the all direction possibility of interactions on that level the larger the space looked at to get a momentum factor the uncertainty of the position goes up.
In the measurement of the Zero Point Field energy of a quantum area of space it is all the three spatial dimensions of frequencies all the way up to the Planck frequency of osculation used to calculate the total energy and the Zero Point field is the minimal over zero of that calculation, the background noise ...
I think in trig the quadrant can be calculated to any interaction to remove the uncertainty of position based on particle type and in the interaction direction predicted/known with minimal consideration to momentum except as the after effect cause perspective to an event... it made it to the quad or not sort of thing and as the energy is in all directions there will be effect in that quadrant noticeable but not the one expected perhaps. It would then tend to be usable energy, as it would still exist where you might find it and the momentum less a factor but to the intended receptor needed, or better said referenced. The proton reflects from all that will not have the same frequency of form but then any form has the resonant ability to absorb some of the frequency and the proton then in reflective state with varied frequency and momentum goes on ...
Now in the determination of Quarks there are more certainty factors to the equations possible to quadrant location and the momentum strength, form and nature of the particle, with mass or not more thought of in transient form not to have mass until out of transient fluid form by better recognition then of the event to give position. I am still working over quarks ...
In Gravitational platform where the EMF has so much equality to be on the platform ill bow out leave to you Vincent ... I may not in my thoughts be any where near understanding any of this.The EMF zero point in the Lorentz force equation, because it does not require mass as said above out of the picture with modern considerations of what constitutes particle form, electromagnetic zero-point field theorem is probably fundamental to the ALL.
Peace!~Graham