Electrogravitic Protection from the Radiation which Congregates at the Van Allen Radiation Belt as a Consequence of this Protection.
I think this dialogue, which I am having with someone who shall remain anonymous until they stipulate otherwise, is worth repeating here:
Me:
I just had a terrifying thought. What if we never went to the Moon? What if it was a soundstage in Burbank, California? What if a repeat scenario is playing out in which NASA knows they can’t send anyone to Mars (since life has been detected along with evidence of past life), so they’ll skim the excess funds off the top of their funding by paying for a much cheaper endeavor of another fake mission on some soundstage and make headlines how they’re serving the public good so as to sleep better at night that their lying is so efficient that they don’t have to worry about anyone discovering their misappropriation of public funds?
Their response:
I think we went to the moon.
Me:
Their response:
If we didn’t, then who put the reflectors there?
Me:
According to the documentary, American Moon (2017), by Massimo Mazzucco, NASA had already beamed laser light at the moon prior to the Apollo astronauts landing there. So, retroreflectors are not needed to reflect laser beams back to Earth. But even if retroreflectors were needed, they could easily have been put there by remotely controlled robotics. This is what the Russians did on a number of occasions.
Their response:
The Moon isn’t my specialty, so I don’t really have any insight.
Me:
Neither do I. But I am intrigued by this topic or any topic related to space, planets, etc. And I am also intrigued by what happened to Mars and that other planet becoming the asteroid belt since that could very well be our past (which fuels the intrigue by way of an inherited subconscious memory). But I don’t think that the Van Allen Radiation Belts makes space travel futile since antigravity takes our local environment with us and, thus, denies the entry of our environmental radiation into our traveling bubble of neutralized inertia. This may be the only way to safely travel beyond the radiation belt. But since this is a highly classified topic of aerospace engineering, it’s not likely that anything other than sound stages will be used to simulate our publicly broadcast excursions into outer space so long as there is this lockdown on this type of transportation technology.
Mars travel and lunar travel amount to the same challenge given this perspective of classified aerospace technology.
Although Bob Lazar had previously mentioned this type of mechanism for interstellar space travel, I didn’t believe him thinking it too fantastic to travel with one’s own inertial bubble. But now that I have seen and heard Mark McCandlish talk about this very same mechanism, I am convinced that this is true after all.
In fact, one could postulate that our spaceship Earth prevents radiation from entering its atmosphere because of its own self-generated inertial bubble (since planets and stars are hollow and must create their own gravity by electrogravitic methods). This boundary condition would cause any radiation which attempts to enter through this electrogravitic bubble to congregate itself closest to the exterior side of this boundary condition causing an increased concentration of radiation just outside this boundary. So, the only solution to passing through this dangerous zone is to replicate this condition and do what the Earth already is doing but for our own little spaceship which we take with us outside of Earth’s protection.
