Franklin

Particle A is spinning one way in a cyclotron,B the opposite way both at 99.9% of C .When they collide is the energy released at their relative velocity of C or that of double C?

If gravity is an instataneous force then blackholes can exist.If gravity propels at C then a blackhole would collapse into nothingness,disappear and have no influence.

May God be with thee,I'm piissing off to bed.See you on the morrow.

Sorry to offend with God as an absolute,but it sounds good when the unknown is looked for.

Did you try ping echo request using a dns queery or just a who is queery.The number you should come with is 211.26.97.110

Hmmm.1 the spider.

Proxy.iprimus.com.au

What would happen to our sun if it didn't rotate.Don't know myself,Tell me your hypophesis.

Think of a cloud of steam that cools into droplets at it's center,expanding outwards as it cools with the only gravitational effects being the outward steam(energy) and the water droplets(matter),left behind but attracted to the outgoing and contracting edge of the steam cloud

Quite reasonable I think.

An unknown universe of swirling energy only,that cools at an unknown,seemingly central spot,splatterring matter as we know it into galaxies,as it cools from the inward,expanding outwards and cooling,turning into matter as it shrinks outwards,whereas it is actually expanding the known universe as it contracts into matter with it's cooling inward and outward contraction.

And creation is still happenning as this infinine cloud of energy is cooling and expanding from the inside,outwards,dropping Matter (galaxies) as it's legacy.

This cooling and recession at the edges of a pure energy universe can account for the gravitational speedup of the galaxies as they are created.Maybe surpassing the known physics only allowing us to see so far.

God at work again.

Could an atom be described as being a perpetual motion machine.

Just a word of warning,once you have ZA don't try to uninstall it as you could have major probs as many have.

Does any object weigh lighter at the Earths equator than at the poles owing to rotation or do they weigh exactly the same.

How fast would the Earth have to spin to negate gravitational effects at the equator?