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Kurt Stocklmeir
neutrons and less U is needed for a fission bomb
Ronald Stepp
news:01bad808$297e7000$4a785b0c@oemcomputer...
> extreme cold materials that reflect and slow neutrons may slow a lot
> neutrons and less U is needed for a fission bomb
Survey says!
Not
Kurt Stocklmeir
slow a lot if it hits some hydrogen atoms like water. A neutron hitting
water will tend to slow to same kinetic energy of water and atoms around
it. A slow neutron can be absorbed by an atom. I guess most of the time
when an atom absorbs a neutron a gamma ray is emitted. I guess a gamma ray
hitting a nucleus and make the nucleus break.
Mark Folsom
They usually don't break nuclei. They usually rip off a great multitude of
electrons.
Mark Folsom
Kurt Stocklmeir
nucleus.
I think the U.S. looks for fission bombs of terror people using x rays. I
guess x rays can create fission and neutrons are emitted.
I think x rays and gamma rays will create fission. I do not think the U.S.
is going to tell me how they make fission bombs. It could be true people
do not know how a fission bomb works. A lot of people think they know how
a fission bomb works.
I think if x rays and gamma rays can create fission the amount of U needed
is a lot less than 30 lb. I think if a nucleus breaks x rays and gamma
rays can be created. Those x rays and gamma rays can probably break a
nucleus. It could be true U 238 can be used.
Mark Folsom
> I think Mark says that most of the time a gamma ray will not break a
> nucleus.
>
> I think the U.S. looks for fission bombs of terror people using x rays. I
> guess x rays can create fission and neutrons are emitted.
Nope. It's mostly neutrons absorbed by relatively unstable nuclei that
cause the nuclei to fission.
>
> I think x rays and gamma rays will create fission. I do not think the
U.S.
> is going to tell me how they make fission bombs. It could be true people
> do not know how a fission bomb works. A lot of people think they know how
> a fission bomb works.
It's actually been public information, though I think it got reclassified.
>
> I think if x rays and gamma rays can create fission the amount of U needed
> is a lot less than 30 lb. I think if a nucleus breaks x rays and gamma
> rays can be created. Those x rays and gamma rays can probably break a
> nucleus. It could be true U 238 can be used.
>
X-rays are almost never enough to influence a nuclear reaction.
Kurt Stocklmeir
Distance after a steps is 1/2 root a.
This could apply to gravity and anti gravity if black holes and virtual
black holes have holes that connect parallel universes.
A star emits gravitons and anti gravitons. The gravity and anti gravity
fly through the universe until they hit a black hole. They go through the
black hole to a parallel universe. The gravity and anti gravity could have
any direction. They fly around until they hit a black hole. They go to
this universe or a new parallel universe with some direction. The amount
of gravity and anti gravity of all parallel universes may influence what
universe gravity and anti gravity go to and what direction.
Gravity and anti gravity move at almost infinite speed. It would take an
extreme small amount of time for gravity and anti gravity to run around all
parallel universes.
This could explain missing mass and energy.
Kurt Stocklmeir
use google - search - new scientist - on page of new scientist - search - x
rays fission
Kurt Stocklmeir
A particle like an electron may have almost infinite mass. If that is true
particles like an electron may emit almost infinite gravity.
A cloud of virtual particles may be is around an electron. The cloud is
part of the vacuum. Vacuum flucs with some polarization. The cloud may
emit gravity and anti gravity. The cloud may emit almost infinite gravity
and anti gravity.
May be gravity of particle and gravity and anti gravity of cloud look like
normal amount of gravity. Normal amount of mass. An electron would have a
small mass and emit a small amount of gravity.
The same may apply to charge of a particle and electric field emitted.
Kurt Stocklmeir
through black holes. Negative feedback of gravity and anti gravity jumping
around may stop all parallel universes from going haywire.
Kurt Stocklmeir
A plane that uses any thing created or partly created at NASA Langley.
Like weather information. Curse against people associated with Old
Dominion University spread to NASA Langley because money for research was
sent from NASA Langley to ODU.
I think on Sun. a plane hit a building on Long Island.
These curses haunt people for a long time. These curses spread.
Use google - search - find my article about planes crashing - my article
about Aug. 30. Terror people used planes on Sept. 11. Because of that a
war was created. Because of that may be terror people used bombs. Because
of terror people using planes to destroy buildings Bush may create a war
against Iraq. Because planes were used to destroy building may be the U.S.
got a lot of trouble associated with money like people losing their jobs,
stocks going down and oil going up.
If I am right all of this was created by the curses that I have talked
about. For the future a lot more trouble could be created.
Kurt Stocklmeir
This applies to all particles. A particle has not certainty for most
things or all things like energy. Each not certainty has an almost
infinite spread. All the pieces of some thing that has not certainty has
some thing like an amplitude. Pieces can have different amplitudes.
I will talk about an electron. An electron has not certainty associated
with energy, speed and time. Speed has an almost infinite spread of not
certainty. Not moving to moving at an almost infinite speed. Each speed
has some thing like an amplitude. To make it simple and wrong - an
electron moves at all speeds - different speeds for different amounts of
time depending on some thing like the amplitude for each speed. If an
electron has a small amount of energy low speeds have big amplitudes and
high speeds have small amplitudes. If an electron has a lot of energy low
speeds have small amplitudes and high speeds have a big amplitudes. This
applies to - not moving - speeds more than the speed of light - almost
infinite speed. An electron has an almost infinite number of speeds at the
same time - including - not moving - moving slow - moving at the speed of
light - moving a little more fast than the speed of light - moving at an
almost infinite speed.
This does not cause an extreme amount of trouble for the uncertainty
principle - not certainty of energy times not certainty of time. For small
amounts of time there can be a big amount of energy.
All of this applies to different directions. Compare good theory of Dirac
and good theory of Feynman. Dirac said an electron always moves at the
speed of light and keeps changing direction. Feynman said a particle takes
all paths.
I get on a plane that is cursed. A person did some thing good and God is
happy. Because God is happy God does not send a good angel to make the
plane crash
when I am flying on it. The plane can go 200 miles / hour for 1 hour -
distance is 200 miles. The plane can go 400 miles / hour for 30 minutes -
distance is 200 miles. The plane can go an almost infinite speed for an
extreme small amount of time -distance is 1 foot.
Kurt Stocklmeir
amplitude -
change directions less.