There are previous posts regarding the Flatlander illustration: How a 2D flat person would perceive a 3d object passing through a 2D flatlander plain. This post applies the same principle to the interpretation of 3D Flatlanders viewing a 4D universe. The Hypersphere and its 3D space (the surface) are described in a previous post.
A diagram would be best to explain our (my asserted) reality but that will need to wait til I have time. Briefly,
The result is a flatlander view of 4D hyperspherical space. Notice, that the further you look from the origin (on the 3D horizontal base) the events crowd together.
If the vertical is tilted (rotated) slightly, the view will extend further around the hypersphere and increase the space between previously recorded events as projected to the horizontal base. This may provide evidence of this projection that we are 3D Flatlanders in a Hyperspherical Universe. Hints already exist from the discovery of 'anomalous' galaxies.
Some clever Astronomers may be able to calculate our relative speed in one direction compared to another. If they can discern a difference distant events should reveal character differences depending on their 'angle of separation'.
A diagram would be best to explain our (my asserted) reality but that will need to wait til I have time. Briefly,
- Take the circumference of a hemisphere:-
- The radius (drawn vertically) represents the time since BB.
- The circumference is hyperspherical 3d space.
- The distance from the top to the base ( from time now to t=0) along the circumference is the space through which light (minus a bit) has travelled since t=0.
- Mark dots to represent events on the circumference.
- Project the events to the base (the horizontal part of the hemisphere)
The result is a flatlander view of 4D hyperspherical space. Notice, that the further you look from the origin (on the 3D horizontal base) the events crowd together.
If the vertical is tilted (rotated) slightly, the view will extend further around the hypersphere and increase the space between previously recorded events as projected to the horizontal base. This may provide evidence of this projection that we are 3D Flatlanders in a Hyperspherical Universe. Hints already exist from the discovery of 'anomalous' galaxies.
Some clever Astronomers may be able to calculate our relative speed in one direction compared to another. If they can discern a difference distant events should reveal character differences depending on their 'angle of separation'.