Because spacetime is curved by gravity, no reference frame can contain the whole thing. Without a big crunch, there is no way to extract all the energy available from the universe. Relevance. Favorite Answer. practically, no. If the Universe is at the critical density, then the total mass of the Universe is closer to 1e53 kg, and the number of atoms (assuming that most of the mass is in the form of hydrogen atoms) about 6e79. How much energy is in your car on the freeway? Answer Save.

1 decade ago.

[8] [87] [88] The formation of clusters and large-scale filaments in the cold dark matter model with dark energy . Total energy gross approximation is around 20^64 joules. It requires no extra energy.

Cosmologists tend to talk in terms of the mass density or energy density of the universe, rather than its total mass or energy (which may well be infinite) or the total mass or energy of the observable part of the universe.. Photons are believed to currently make up only about 0.005% of the energy density of the universe.

14 Answers. This will take several trillion of years, however, compared to the 13 billion it has clocked so far. The total mass energy of the universe is about 10^80. And yet, those numbers don’t accurately reflect how much matter the universe may truly house. Chit P. Lv 4. . over trillions of years.. When a universe pops into existence.. it borrows its energy from the Primary Field… and then the energy gradually returns back to dormant energy… by means of entropy. Dark energy, which is the energy of empty space and is causing the expansion of the universe to accelerate, accounts for the remaining 68.3% of the contents. You … 1/2 m v^2 to a person standing on the side of the road, but zero if you are in the car, because then your reference frame is that of the car, and the car has no velocity. The universe appears to already be headed to a heat death, destruction of all matter through an increase of the rate of expansion of the universe. Technically, yes. Most of the Primary Field consists of energy in a dormant.. (or potential)… state.. If energy is conserved and only degradated (entropy always grow) I think the amount of energy in Big-Bang is the same that today perhaps there are a physics model that calculate it and how it degrades, isnt it? Is posible to calculate how much energy is in Universe? I would put it at somewhere between these two. Almost all of the universe — 96 percent — is invisible stuff called dark matter and dark energy.