The four main forces in the universe are weak nuclear, strong nuclear, gravitational and electromagnetic. If we see the charge (electromagnetic) of the dark energy, dark matter and regular matter, we can observe that the charge is neutral, leaning into a flat universe.

Question

Answer

Con: Sadly this could be true, but even if it was true. The actual calculates we have got about the universe density leads us to no where, as it has begun to interfere and it's calculated with energy included, therefore this makes a big lie about the caculations we currently have got. "The expansion rate we see today indicates that the critical density of the Universe is about 9×10-27 kg m-3. This density, however, is the total density of both matter and energy."

Answer

Pro: As my friend Carlos has said, if the energy is neutral, neither greater nor lesser, in no case would a curve appear, giving us the universe, so it has a flat shape.

Shape and size of the universe

The four main forces in the universe are weak nuclear, strong nuclear, gravitational and electromagnetic. If we see the charge (electromagnetic) of the dark energy, dark matter and regular matter, we can observe that the charge is neutral, leaning into a flat universe.

Pros

Cons

As my friend Carlos has said, if the energy is neutral, neither greater nor lesser, in no case would a curve appear, giving us the universe, so it has a flat shape.

Selected claim, opposing its parent

The four main forces in the universe are weak nuclear, strong nuclear, gravitational and electromagnetic. If we see the charge (electromagnetic) of the dark energy, dark matter and regular matter, we can observe that the charge is neutral, leaning into a flat universe.

Pro claim 1

As my friend Carlos has said, if the energy is neutral, neither greater nor lesser, in no case would a curve appear, giving us the universe, so it has a flat shape.

Con claim 1