Planetary Heat Losses / Brad Guth

On Aug 14, 10:32 am, wrote:
So then is it magnetism?
Is gravity magnetism?
And the answer is yes and no.
Everything has a bit of magnetism. They have levitated frogs in a
magnetic field, but these waves between planets and the sun have a
longer wavelength.
So they are just the same waves, on different wavelengths and
different frequencies.
When you have a magnet, magnetism is associated with waves generated
by metals.
In association with the wavelengths from metallic elements which are
magnetic.
And so all that is is that those frequencies and wavelengths, seem to
get through the background wavelength soup with less resistance. The
soup of dark energy waves that permeate space. So they appear
stronger. Like they have their own channels.
So why then does hydrogen collect with hydrogen to make Jupiter?
Well part of that is because like elements, give off like dark energy
waves, so those waves will cancel out, creating a low pressure area,
and they are attracted to each other. It looks like gravity, and we
call it gravity, but we also say it is like static charge. And it is
that too, when it is in close proximity. Although it is just the same
waves.

And so you say well maybe that is all that gravity is then. Is just a
form of magnetism.
And then once again I must remind you that Newton died, and GR states,
that that is not the case. The universe is expanding, and the reason
you do not fly off the earth, is not just because your waves are
canceling with the waves of the earth, it is actually pressing up
against your feet, because it is expanding into hyperspace, just as
you are, and the space between you and it, is shrinking.
Not the quantum foam, that is expanding. Absolute space-time, is the
foam, but space, 3D space, that space between two expanding balloons
in the void, it shrinks between them relatively speaking as the
balloons expand, and the balloons give off waves, to keep them apart,
and that balances out the system.

The mysterious plastic celt?

I would hazard a guess that the center of balance is such and the
shape of the thing in the way it leans is such, that it favors one
direction of spin and if you spin it in the opposite direction, it is
like spinning it up hill.
So if you spin it one way, you are spinning it in so that it is like
spinning it with a slightly down hill direction, because of the way it
is shaped and the pitch and roll. Spin it the other way, and the
instability arises and it stores that momentum, and then releases that
momentum going back downhill slightly.
And it is not necessarily just counterclockwise or clockwise, it
depends on how you make it, which direction it will prefer.
Friction also plays a part in it but my guess is that it is like
spiraling it uphill a bit, which causes it to reverse direction.
http://en.wikipedia.org/wiki/Rattleback