Why do the satellites not come crashing to the ground every time it rains? Is this biefeld-brown effect selective in what matter it chooses to hold up? How come everything lighter than a million-pound cloud or fifty ton satellite doesn't simply keep going if I throw it into the air?
The Biefeld-Brown as applied to satellites means that, a satellite will act as a capacitor, where the movement is carried out from the ground (remote control) in the direction desired: this is the Biefeld-Brown effect, a forward thrust would be produced which would move the capacitor in the direction of the positive pole.
The supply of electricity is effectuated by the Tesla Cosmic Ray device.
Without that device, the satellite would simply fall to the ground, due to the effects of terrestrial gravitation: the dextrorotatory subquarks, whether it rains or not.
The Biefeld-Brown effect makes possible the capture of LAEVOROTATORY SUBQUARKS, the antigravitational force, which provides the capacity to orbit above the ground.
The Biefeld-Brown effect on clouds, the interaction of laevorotatory subquark strings/telluric currents with actual drops of water, is explained here.
"The ground and the ionosphere induce secondary charge-layers in the atmosphere. In such a secondary layer cloud-building takes place. Generation of electricity in clouds is due not to the friction of neutral clouds on mountain ridges, or to the friction of neutral clouds among themselves, or to the friction of droplets by the gravitational pull on them, but to the fact that droplets rise already charged toward the charged layer of the atmosphere, and clouds are further subjected to induction by the ground and the ionosphere. This explains also the segregation of the charges in the upper and lower levels of the clouds."
Legitimate if you're talking about the suspension of the cumulative weight. Science though, doesn't work that way. Rather the scientific principals of gravity and buoyancy apply to each water droplet- millions of which could be required to form a single raindrop. (more on these in a moment) In effect, the universal scientific principals at work are not being applied to a million pound cloud, but to a very lightweight droplet individually, a gazillion times over.
No, you have left the realm of science way behind you, as you do not understand the physics involved here.
You remind me of someone who wrote long ago:
You seem to mentally accumulate this entire cloud as some massive object that is all at once affected by gravity when it is instead the dispersed droplets that are in question here.
Let us go again to the textbook on atmospheric physics.
The water in a cloud can have a mass of several million tons.
It is a massive object AFFECTED AT ONCE AND CONSTANTLY BY THE SUPPOSED EFFECT OF ATTRACTIVE GRAVITY.
Cloud droplets are also about 1000 times heavier than evaporated water, so they are much heavier than air.
Official science: typical cumulus cloud has some 1/2 g per cubic meter of water density
Typical cumulus cloud = one cubic kilometer in size = one billion km in volume
total water content of the cloud = 500,000,000 grams of water, or 1.1 million pounds
OFFICIAL STANDARD TEXTBOOKS:
Clouds can have a large range of mass per volume, depending on how large and numerous the cloud droplets or ice crystals are that are in them.
How much does the water in a cumulus cloud weigh? Peggy LeMone, senior scientist at the National Center for Atmospheric Research in Boulder, Colorado, did the numbers.
"The water in the little cloud weighs about 550 tons," she calculates.
You simply haven't done your homework on this one at all.
Again, please understand, this is official science information.
Official science: typical cumulus cloud has some 1/2 g per cubic meter of water density
Typical cumulus cloud = one cubic kilometer in size = one billion km in volume
total water content of the cloud = 500,000,000 grams of water, or 1.1 million pounds
The combined state of water in any cloud, for a certain volume and density will have a certain weight.
For that volume, one billion meters, and a density of 1/2 g per cubic meter, there will be a weight of 1.1 million pounds.
Your analogy between multiple helium balloons and droplets of water in clouds makes no sense at all; again, we are leaving the realm of science.
OFFICIAL STANDARD TEXTBOOKS:
Clouds can have a large range of mass per volume, depending on how large and numerous the cloud droplets or ice crystals are that are in them.
How much does the water in a cumulus cloud weigh? Peggy limee, senior scientist at the National Center for Atmospheric Research in Boulder, Colorado, did the numbers.
"The water in the little cloud weighs about 550 tons," she calculates.
What static electricity is causing the steam to rise from your coffee cup in the morning, or from your shower head?
Again, you haven't done your homework.
Clouds ARE NOT water vapour: they are either water droplets or ice crystals.
A CLOUD IS A VISIBLE MASS OF DROPLETS. The small droplets of water WHICH DO MAKE UP A CLOUD, will have 0.01 mm in diameter.
The tiny particles of water are very densely packed, and may even combine to form larger water molecules, which ARE denser than the surrounding air.
What is causing the biefeld-brown effect on earth which you claim is keeping clouds and satellites aloft?- Which you so confidently claim negates the video provided by OP?
Each and every nanometer of aether (space, for the RE) is filled with strings of subquarks/telluric currents, we can call it ether.
The existence of such currents has been evidenced by the classical experiments of Dayton Miller, Yuri Galaev and Steve Lamoreaux.
The antigravitational subquarks can be accessed by torsion, applied electrical force or by sound.