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## Is our math wrong? Is it our assumption of zero, or absolute nothingness?

There are know phenomena out there such as the gamma ray burst that total destroys(use loosely your ego wants to argue this syntax error not the mind) our current math and physics(e=mc2). But instead of saying well maybe we got a key part of our math wrong we make it so the phenomena matches our math. This is my personal take on what I think might be wrong. I think it has to do with our assumption of zero. Seeing how you can never have absolute nothingness as a base or starting point. Conceptually the idea of zero is great. I want an apple. But i am in a complete void of apples. I don't have a single one. Not even applesauce! I have ZERO apples. But I do not need to know that you have zero apples to know when you have 1 apple. On the other had I do need to know that you have 1 apple to understand that now you have 2 apple. I could be wrong. It just something that bothers me.

Also I am not a math person it has always been something I struggled with in school those pesky numbers. However in College I excelled at Logic, but that has been some time ago.

I am not say this is the answer I just say that I think there is something fundamentally wrong with our math

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## John Middlemas

Nothingness cannot be defined otherwise it would not be nothingness. What cannot be defined cannot be imagined and "What cannot be imagined cannot even be talked about" - Ludwig Wittgenstein.

Nothingness is an error of the mind. Therefore something must always exist.

However, mathematical 0 has various interpretations.

1) Place holder. E.g. in the number 1000 the zero's just mean this column is empty.

2) Number. E.g. 1-1=0. Could mean if you have one thing in a box and take it out then you get an empty box.

3) Nothingness. E.g. 1-1=0. Could mean if you destroy the one thing then you have nothingness in its place.

4) Limit. 0 is the limit as n gets larger and larger in 1/n.

5) Line. 0 is equidistant between -1 and 1 on the number line.

1) and 2) seem ok but 3) not so because nothingness is undefinable.

4) is not ok because you can never get to 0. So 0 as a limit is undefined. If it could be reached it would be nothingness so the same as case 3.

5) First you have to define -1 which seems a problem. It has no meaning in the physical world. Antiparticles do not anihilate to nothingness on meeting they produce energy. Also, since 0 in this case can be approached by 1/n like case 4, then it would be nothingness again so the same as case 3.

So it looks like 0 exists only in interpretations 1) and 2) where it is just a marker for an empty space or an empty column and has no connection with nothingness. Please note that an empty space allows movement and so is not nothingness.

## Casey Christofaris 10+

## John Middlemas

The above use was how zero started out in math. 0 as nothingness came later with the introduction of algebra and the number line. This appears to be a great error since nothingness is undefinable otherwise it would not be nothingness.