<According to Einstein's theory of gravity, anything that has mass or energy distorts the space and the passage of time around it, like a bowling ball dropped on a trampoline. Circulating laser beams in the right way, by slowing them down and shooting them through anything from fiber-optic cable to special crystals, might create a similar distortion that could theoretically transport someone through different times, Mallett believes.

Light projected onto matter will not transport an object through time. It would simply alter it's existing frequency relationship. Intense laser light can only alter the oscillating frequency of a neutron - not transport it into the past.

The professor and his UConn colleagues plan to build a device to test whether it's possible to transport a subatomic particle, probably a neutron, through time. The energy from a rotating laser beam, Mallett hopes, would warp the space inside the ring of the light so that gravity forces the neutron to rotate sideways. With even more energy, it's possible, he believes, a second neutron would appear. The second particle would be the first one visiting itself from the future.

No, the energy from a rotating laser beam will simply be absorbed by the protons and electrons and change their rate of vibration. The neutrons which act as stabilizers will adjust their rate to compensate for this imparted energy to the others.

At no point will the neutron or any part of the atom be put out of phase with it's current time. If something on the multitude of a trillion times a lasers energy could be imparted to an atom - it is possible you might create something like an atom bomb - when the frequency of the particles is no longer able to sustain a coherent relationship - thereby tearing the atom apart and releasing energy from the sustaining spectra which holds these almost incalculable frequencies and energy.

The neutron, no matter how much energy is imparted will not meet itself.

Makes one wonder how much money the university will waste on this little project.

Oh well,

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