- #1
bluecap
- 396
- 13
When you curl 1 dimensional thing like a line.. won't it become 2D?
I'm trying to imagine how a compactified dimension in superstring theory actually look like in our world.
Let's take our 3D world and say the depth got compactifed or curl up to Planck length or a millimeter. What kind of bosons can you produce that can navigate the 1 millimeter curl up dimension? Would it also travel at speed of light?
I'm trying to imagine how a compactified dimension in superstring theory actually look like in our world.
Let's take our 3D world and say the depth got compactifed or curl up to Planck length or a millimeter. What kind of bosons can you produce that can navigate the 1 millimeter curl up dimension? Would it also travel at speed of light?