Considering dimensional interactions in temporal physics

 If time is fundamental, then each interaction or flow through time creates a new dimension or a new aspect of reality. This aligns with the idea that the flow of time influences the structure and behavior of particles and dimensions.

Each interaction or event in time could be seen as generating a new dimension. This means that dimensions are not fixed but emerge from the continuous interactions and flows of time.

Our perception of dimensions is influenced by the interactions and scales at which we observe them. For instance, at macroscopic scales, we perceive three spatial dimensions, but at microscopic or quantum scales, additional dimensions or interactions might be evident.

If time is fundamental, then dimensions might be seen as different ways in which time interacts with space. The "density" of these dimensions could be related to how time flows and interacts with spatial dimensions.

Just as particles or materials sort themselves based on density, dimensions could also sort themselves based on the fundamental flows of time. This sorting might manifest as different physical phenomena or material structures.

Dimensions and their properties could emerge from the fundamental interactions of time. The behavior and arrangement of these dimensions could be influenced by how time flows and interacts with them.

Our three-dimensional space might be constrained in how it interacts with higher dimensions. These constraints could be due to the fundamental nature of dimensional interactions, where higher dimensions influence but do not fully merge with our observable space.

Matter could serve as a bridge or intermediary between higher dimensions and our three-dimensional experience. This means that the properties of matter might reflect underlying higher-dimensional interactions.

Information from higher dimensions might explain certain physical phenomena that seem to defy traditional three-dimensional expectations. For example, gravitational effects, quantum entanglement, or dark matter could be influenced by higher-dimensional interactions.


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