Hello, Planck. Sorry to bother you but would you mind me asking a question?
In Han Soo downgrade thread you stated that:
This bits confuse me. I can understand that for a regular 4D space-time continuum require proof higher temporal in nature to have it having distinction from the first temporal axis. In other word, the second temporal axis must be in different direction from the first one like the axis being berpendicular to the first temporal etc etc so that uncountable infinite snapshots of the space-time continuum thus 5D. But does it really need to for an actual already presented 4D spatial dimension? I mean to those with all four Spatial dimensions rather than 3D+1Time dimension. There no need for having distinction between temporal dimension like the first case about regular space-time continuum.
In summary, does it really necessary to have higher temporal axis for already 4D spaces to get low 1-C? Can’t a regular temporal dimension work here?
In off chance, If I misunderstood your words actually meant, then I am sorry.
In Han Soo downgrade thread you stated that:
- You need to first confirm whether the 4-dimensional space is actually 4 spatial dimensions or a space-time continuum of some sort.
- You need to prove the time dimension is orthogonal to the towers. As in, there's an overaching temporal axis or timeline independent of this space that actually treats the 4-dimensional space the way a regular timeline treats 3-dimensional beings within it.
This bits confuse me. I can understand that for a regular 4D space-time continuum require proof higher temporal in nature to have it having distinction from the first temporal axis. In other word, the second temporal axis must be in different direction from the first one like the axis being berpendicular to the first temporal etc etc so that uncountable infinite snapshots of the space-time continuum thus 5D. But does it really need to for an actual already presented 4D spatial dimension? I mean to those with all four Spatial dimensions rather than 3D+1Time dimension. There no need for having distinction between temporal dimension like the first case about regular space-time continuum.
In summary, does it really necessary to have higher temporal axis for already 4D spaces to get low 1-C? Can’t a regular temporal dimension work here?
In off chance, If I misunderstood your words actually meant, then I am sorry.