String theory and locality of small dimensions

In summary, "String theory and locality of small dimensions" explores the implications of string theory on the nature of space and time, particularly in relation to the concept of locality in lower-dimensional settings. It discusses how string theory suggests that fundamental particles are one-dimensional strings rather than point-like entities, leading to a re-evaluation of physical interactions and the fabric of spacetime. The paper examines the challenges and theoretical frameworks that arise when considering the behavior of strings in compactified dimensions, emphasizing the potential for non-local effects and the need for a deeper understanding of the geometry of these small dimensions.
  • #1
marce
16
1
- I have in essence never understood the concept of curled up dimensions in string theory ; in the sense that if it occurs in this universe isn't that included in our 3 dimensional space ? My question is more fundamental in the sense from a topology viewpoint : was it correct to involve curled up dimensions , because there remains the 'surrounding environment'. And or did string theorists in the end abuse geometry from an 18th century concept of dimensions. Tx for your insights,

M.
 
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  • #2
For a visualization, consider the surface of a cylinder. It is curled in one direction, but flat in another.
 

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