And yet, because of the negative energy built into the gravity field created by these particles, the total energy of the universe remains zero. Ultimate free lunch. The question, ...

The zero-energy universe hypothesis is the simplest explanation of this, as outlined in 1973 by Edward Tryon, who was the first to suggest that our universe is the result of a quantum fluctuation.

Imagine, if you can, what it would mean to have a Universe with absolutely nothing in it. You could take all the various quanta of matter and energy and remove them, leaving a Universe with no ...

If there were no dark energy at all, that would be the equivalent of having a zero-point (lowest-energy) state to the Universe that was exactly zero. The fact that we have dark energy is ...

Considering the amount of energy packed in the nucleus of a single uranium atom, ... or the fact that there are 10^80 particles in the observable universe, it seems that the total energy in the ...

Total energy must be conserved. Every student of physics learns this fundamental law. The trouble is, it does not apply to the universe as a whole Energy can neither be created nor destroyed. This ...

Dark energy may have a completely unknown aspect of physics acting as an accomplice in its efforts to defy gravity, suppressing the growth of large-scale structures like galaxy superclusters.

Total energy must be conserved. Every student of physics learns this fundamental law. The trouble is, it does not apply to the universe as a whole Energy can neither be created nor destroyed. This ...

By doing so, they calculated the best combined value of normal matter to be at 31.5 percent of the total amount of matter and energy in the universe. The remaining 68.5 percent is dark energy ...