anwaypasible
Distinguished
ah.. here it was.
'gravity = nuclear force, electricity in its smallest form, hydrogen and helium.'
depending on phase will depend on whether you go up or down.
to provide proof of this,
check your local compass that points north.
and i believe the equation goes.. the magnetic force requires hydrogen to continue bleeding the point of the sun.
and eventually the atmospheric hydrogen will run out if it is air tight.
that means the galaxy is not an air tight environment.
meaning, there IS space to explore.
and i do mean the human species is not yet prepared to go investigating.
you cannot hold the best 10% of the world and expect them to go space hunting while the rest of the idiots make that 10% look like they are mutants or aliens themselves.
point to the statement 'we are being alienated'
**edit**
i remember the order of importance..
1. too much helium in space and the sun burns out, everything falls apart slowly
2. too much nuclear force and the whole spinning system will shift catastrophically (loses its ground/bearing - completely falls apart like an opposing side of the magnet pushing metal bolts across a table)
3. the electricity can be about as much as anybody could throw out there before the system decays, and adding more electricity will only decay the situation further.
4. hydrogen is the only one that can stay and must stay.. the orbit could be run on electricity and nuclear force with some helium.. but the sun would die out.
that sums it up for me.
**edit again**
oh.. and too much helium in space can also cause the sun to burn brighter and hotter than normal.. and it would throw off life on the planet earth if we didnt survive the extra heat.
if my memory serves me correctly.. too much nuclear force can also cause some seriously weird blooming (discoloration to say the least.. with weaker heat from the sun - depending on helium amounts, as the extra helium can bump up the temperatures from the sun again.. and too much helium is an explosion)
too much electricity and the sun could sparkle if hydrogen and helium levels allow it.
too much sparkle could throw off the orbit of the other planets (including earth).
it wouldnt necessarily be a rather quick decline, depending on if the phase chooses to make the earth closer to the sun or further.
but either one has the consequences.
going too far out can cause a violent implosion as everything gets sucked in together.
too far in and a change of hydrogen or helium could cause all of the orbit to expel into space.
the models would always implode or the planets would rub the walls of the case.
other times things would lose their timing and either lash outwards or inwards.
and that is what i remember.
'gravity = nuclear force, electricity in its smallest form, hydrogen and helium.'
depending on phase will depend on whether you go up or down.
to provide proof of this,
check your local compass that points north.
and i believe the equation goes.. the magnetic force requires hydrogen to continue bleeding the point of the sun.
and eventually the atmospheric hydrogen will run out if it is air tight.
that means the galaxy is not an air tight environment.
meaning, there IS space to explore.
and i do mean the human species is not yet prepared to go investigating.
you cannot hold the best 10% of the world and expect them to go space hunting while the rest of the idiots make that 10% look like they are mutants or aliens themselves.
point to the statement 'we are being alienated'
**edit**
i remember the order of importance..
1. too much helium in space and the sun burns out, everything falls apart slowly
2. too much nuclear force and the whole spinning system will shift catastrophically (loses its ground/bearing - completely falls apart like an opposing side of the magnet pushing metal bolts across a table)
3. the electricity can be about as much as anybody could throw out there before the system decays, and adding more electricity will only decay the situation further.
4. hydrogen is the only one that can stay and must stay.. the orbit could be run on electricity and nuclear force with some helium.. but the sun would die out.
that sums it up for me.
**edit again**
oh.. and too much helium in space can also cause the sun to burn brighter and hotter than normal.. and it would throw off life on the planet earth if we didnt survive the extra heat.
if my memory serves me correctly.. too much nuclear force can also cause some seriously weird blooming (discoloration to say the least.. with weaker heat from the sun - depending on helium amounts, as the extra helium can bump up the temperatures from the sun again.. and too much helium is an explosion)
too much electricity and the sun could sparkle if hydrogen and helium levels allow it.
too much sparkle could throw off the orbit of the other planets (including earth).
it wouldnt necessarily be a rather quick decline, depending on if the phase chooses to make the earth closer to the sun or further.
but either one has the consequences.
going too far out can cause a violent implosion as everything gets sucked in together.
too far in and a change of hydrogen or helium could cause all of the orbit to expel into space.
the models would always implode or the planets would rub the walls of the case.
other times things would lose their timing and either lash outwards or inwards.
and that is what i remember.