Are Forces in Different Dimensions Actually the Same?

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In summary, the conversation is about the concept of dimensions and how the forces of attraction and repulsion may change or appear different in different dimensions. The speaker believes that these forces can be easily unified in higher dimensions and that they are actually the same, just observed differently. They mention the idea of a one-dimensional universe being represented by a line, a two-dimensional universe by a surface, and a three-dimensional universe by fields. They also mention that they have not yet come up with an explanation for forces in higher dimensions. However, the other person disagrees and believes that the forces remain the same in all dimensions and can be unified in 26 dimensions.
  • #1
taylordnz
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im referring to an old thread called dimension vs direction in theory and dewvelopment, i say the the forces (attraction and repulsion) change at diffrent dimensions.

for example.

a one dimensioal universe is a line so the two forses will be sub-dimensional (a dot) and traveling along the line, so a two dimensional world (a surface) will have sub dimensional forces (dots) and two dimensional forces (lines e.g superstring). in a three dimensional world (fields) you will have dots,lines and plates (plates are 2 dimensional superstrings) then in fourth dimension you have forces acting in fields.

i haven't come up with anything for fith, sixth and so on

what your opinion
 
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  • #2
I happen to disagree tay
i say the the forces (attraction and repulsion) change at diffrent dimensions.
the forces do not change or rather are not different for different dimensions, infact they are all easily unified in 26 dimendions.
for example forces that may seem far apart or in different forms in lower dimensions may infact be unified in higher dimensions.
Therefore I wish to state that that forces are the same , but are observed diffrently in different dimensions.They can be unified in higher dimensions
 

1. What is multi dimensional physics?

Multi dimensional physics is the study of the physical laws and phenomena that govern the behavior of objects in dimensions higher than the three dimensions (length, width, and height) that we experience in our everyday lives.

2. How many dimensions are there in multi dimensional physics?

The number of dimensions in multi dimensional physics can vary depending on the specific theory or model being studied. Some theories propose 10 or more dimensions, while others suggest an infinite number of dimensions.

3. How is multi dimensional physics related to string theory?

Multi dimensional physics and string theory are closely related. String theory proposes that the smallest building blocks of the universe are one-dimensional strings, and these strings exist in a multi-dimensional space. Multi dimensional physics is used to explore the behavior and properties of these extra dimensions.

4. Can we observe or interact with these extra dimensions?

At this point in time, there is no experimental evidence for the existence of extra dimensions. However, some theories predict that we may be able to indirectly observe their effects through experiments such as particle accelerators or gravitational wave detectors.

5. How does multi dimensional physics impact our understanding of the universe?

Multi dimensional physics has the potential to greatly expand our understanding of the universe and the fundamental laws that govern it. It offers new perspectives and insights into phenomena such as gravity, dark matter, and the origins of the universe.

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