The Universe's Sum: Is Zero Theory Plausible?

In summary, according to the theory, the sum of everything in the universe is likely to be zero. There is some support for this theory, but it is generally dismissed. Matter and anti-matter are created in equal amounts in the big bang, but interactions over time have led to the present-day asymmetry.
  • #1
Brunolem33
66
0
I read about a theory according to which the sum of everything the universe is made of is likely to be zero.
For example, forces cancel each other, positive and negative energy cancel each other, and so on.
Is there some support for this theory, or is it generally dismissed?
 
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  • #2
As far as matter & anti-matter, it is my understanding that they would balance each other out, but not all forces cancel. As far as we know, gravity is a one-way force.
 
  • #3
But wouldn't gravity be somehow "cancelled" by the cancellation of matter?

I am going to add another question to my first one:

In its most primordial state (or fundamental state, I am not sure what the right terms are), can we say that the universe is made of energy, upon which forces are acting?
Or is there something else and what is it?
 
  • #4
Actually, I was mistaken. There is more matter than anti-matter. https://www.slac.stanford.edu/pubs/beamline/26/1/26-1-sather.pdfAnd no, not really.. Gravity cannot be canceled in the sense that while the electromagnetic force has attractive and repulsive properties, gravity has only attractive properties. And yes, we can. We can say this because energy = matter, and forces act upon matter.
 
  • #5
What I mean is that without matter, gravity would disappear, rather than being cancelled, because gravity is linked to mass, which in turn is linked to matter.
 
  • #6
Yeah, but there is matter.. Without matter, none of these forces would work..
 
  • #7
As far as I understand, the reason for an excess of matter over anti-matter is still subject to debate, and research.
Yet, wouldn't an excess of matter over anti-matter imply that a finite amount of both was created?
Otherwise, if matter and anti-matter were created in infinite quantities, how could there have been more of one than the other?
 
  • #8
It is expected that matter and anitmatter were created in equal amounts in the big bang. Subsequent interactions tended to favor the production of matter over antimatter (for example, a certain particle preferentially decayed into matter over antimatter) leading to the present-day asymmetry.

There could be infinite amounts of both if the universe is infinite; however, all we can measure are abundances in our observable universe. That's why cosmologists measure energy densities.
 
  • #9
Thank you for this input.
Back to the title of the thread, how can an infinite universe be created from zero, zero being only a way of describing it right before the BB.
To simplify, let's consider only numbers.
Starting with zero, one can create an infinite quantity of numbers, 1, 2, 3, 100 and so on, as long as one also creates - 1, - 2, -3 , - 100 and so on, so that the sum total of the numbers created always remains equal to zero.
Such a creation is instantaneous, there was zero and in no time there is an infinite quantity of numbers.
Yet, as a whole nothing has really been created, as would have been the case if, say, only positive numbers had been created.

An observer can then find out that there is much more complexity than what appears at first sight, that these numbers can be manipulated, dissected, transformed in multiple ways, that one can start building equations with them, in the process discovering a whole (mathematical) universe.

Now, if the numbers were replaced with the energy and forces created with the BB, and that this energy and forces were then transformed into more and more complex things, yet cancelling each other on a global scale, an infinite universe could be created out of nothing, with its total content amounting to nothing.
 
  • #10
Brunolem33 said:
I read about a theory

Please give a reference, and please review the PF rules for acceptable references. There are lots of pop science "theories" out there that aren't valid.

Until an appropriate reference is given, this thread is closed. Brunolem33, if you have references, please PM me.
 

Related to The Universe's Sum: Is Zero Theory Plausible?

What is the "Universe's Sum" theory?

The "Universe's Sum" theory proposes that the total sum of energy and matter in the universe is exactly equal to zero. This means that the positive energy of matter is balanced out by the negative energy of gravity.

How is the "Universe's Sum" theory plausible?

The theory is based on the concept of conservation of energy, which states that energy cannot be created or destroyed. In the case of the universe, this means that the total energy must always be balanced and equal to zero. Additionally, the theory is supported by observations of the expansion of the universe and the behavior of gravitational forces.

What evidence supports the plausibility of the "Universe's Sum" theory?

One key piece of evidence is the observed acceleration of the expansion of the universe. This phenomenon can be explained by the negative energy of gravity, which is necessary for the universe's sum to equal zero. Other evidence includes the behavior of gravitational waves and the existence of dark matter and dark energy, which are both thought to contribute to the universe's energy balance.

What are the implications of the "Universe's Sum" theory?

If the theory is proven to be true, it would have significant implications for our understanding of the universe. It would mean that the universe is a closed system with a finite amount of energy, and any changes in energy or matter must be balanced out elsewhere. This could also have implications for the ultimate fate of the universe and the possibility of a "big crunch" or a never-ending expansion.

What further research is needed to confirm the plausibility of the "Universe's Sum" theory?

While the theory has strong evidence supporting it, further research and experimentation is needed to fully confirm its plausibility. This could include studying the behavior of dark matter and energy in more detail, as well as conducting experiments to test the balance of energy in the universe. Additionally, advancements in technology and observational techniques could provide more evidence for the theory in the future.

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