Are Strings Still Our Best Hope for a Theory of Everything?(quantamagazine.org) |
Are Strings Still Our Best Hope for a Theory of Everything?(quantamagazine.org) |
These vibrations transcend time and space, indeed space and time itself emerge from the torsion vector of potential locally bound. This would make detectable particles “knots” which sound a lot like “strings” yet it is the hyperdimensional vibrations giving rise to space time which must be better understood.
Vibrational coordinates synchronizing explains entanglement, and there may naturally be more vibrational coordinates than particles in the universe.
What spooks theorists is the “event horizon” between the quantum domain (packets of locally bound potential) and finite physics on the outside. On the “outside” what seems as one discrete point value on the inside is a vibrating spinning amplitude which can disposition in an extra dimensional way.
Where hyperdimensionality relates to how dimensionalities may interfere, extradimentionality allows the creation of infinite dimensional space through vectors.
Vectoring and vectoring and vectoring in the dimensional space allows holographic rendering. Not just spin disposition. One will be forced to wonder, is the universe doing the same thing? Vectoring and vectoring and vectoring in the same dimensional space? Is that what our thoughts are doing in our own heads? Cool.
I guess that’s why there is always someone going on about a “holographic universe.”