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GreatSunnyDays

@GreatSunnyDays

Since gravity is an inverted form of inertia (it DEVELOPS acceleration) while conventional inertia manifests as RESISTANCE to acceleration, a gravity neutralizing device must affect the immediately-adjacent space by altering its ability to 'conduct' (allow motion of) objects


The 1942 "Battle of Los Angeles" - an early example that control of inertia was attained A physical analogy for reducing the ability of matter (projectiles) to move successfully: see "electromagnetic armor" The 1942 demostration of space density-increasing tech from Grokipedia:

GreatSunnyDays's tweet image. The 1942 "Battle of Los Angeles" - an early example that control of inertia was attained

A physical analogy for reducing the ability of matter (projectiles) to move successfully: see "electromagnetic armor"

The 1942 demostration of space density-increasing tech from Grokipedia:

Einstein temporarily crippled himself in GR w/belief that there are no electromagnetic constituents in 'empty' space THERE ARE CONSTITUENTS Even though AE tried to claw back "space is empty" at Univ. of Leiden in 1920, common physics still claims 'space is empty', LEMMINGS!

GreatSunnyDays's tweet image. Einstein temporarily crippled himself in GR w/belief that there are no electromagnetic constituents in 'empty' space

THERE ARE CONSTITUENTS

Even though AE tried to claw back "space is empty" at Univ. of Leiden in 1920, common physics still claims 'space is empty', LEMMINGS!

A PHYSICAL ANALOGY - the seawater at the very front of a submarine is instantaneously converted to STEAM - much lower density than seawater - the sub accelerates into the lower density - the propellant at the rear remained OFF Basically what an artgrav UFO hull does


A 'sharper' artificial (man-made) gravity gradient of 10LS (ten times light speed) leads to a trip duration of 1.975 minutes to Mars, on 9/6/26 WITHOUT INERTIA (like in free fall) A 10LS artgrav gradient created across an electromagnetically active hull: Mars in under 2 minutes


A gradient of accelerations of the particles in the ELECTROMAGNETICALLY ACTIVE hull yields a directed acceleration of the hull. TWO ACCELERATIONS At light speed, NO INERTIA in the acceleration. NO INERTIA! Mars on 9/6/26 will be a trip of duration 1184 seconds - 19.75 minutes


The rocket equation relies on expelling incremental portions of fuel to increase forward acceleration: rearward acceleration (of fuel) and forward acceleration (of the vehicle). TWO ACCELERATIONS A gravity hull involves two accelerations also.


An inertia-free acceleration gradient (aka artificial or man-made gravity acceleration field, in a gradient) of only 1 LS (1 x light speed) developed across an active hull is well within human grasp. Perfected by the late 1940s (by germans in S. America, initially)


The rocket equation is archaic & arcane First publication was 215 years ago, the year 1810 by Bill Moore Human intellect is greater than that Also remember that AE's claim "light speed is the max" was based on PASSIVE HULL DESIGN akin to that of the rocks,dirt & water of Earth


The equation of electromagnetic buoyancy for a man-made ('artificial') gravity device involves a minimum of two accelerations: 1) (coherent) accelerations created in the artgrav device 2) resulting gravity acceleration Artgrav accelerations require accelerations in your device

GreatSunnyDays's tweet image. The equation of electromagnetic buoyancy for a man-made ('artificial') gravity device involves a minimum of two accelerations:
1) (coherent) accelerations created in the artgrav device
2) resulting gravity acceleration

Artgrav accelerations require accelerations in your device
GreatSunnyDays's tweet image. The equation of electromagnetic buoyancy for a man-made ('artificial') gravity device involves a minimum of two accelerations:
1) (coherent) accelerations created in the artgrav device
2) resulting gravity acceleration

Artgrav accelerations require accelerations in your device

A physical analogy is the buoyancy equation used for a water medium (say, a boat hull), which is: B=ρ×V×g where ρ = density of the medium (water in this case) V = volume of the displaced medium g = gravity acceleration and B is the buoyancy (buoyant force)


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