I don't get when you keep saying "an erroneous prediction." This is not about any prediction; it's about seeing reality for what it is.
The only way to see reality as it is is to use the scientific method. Science is ALL ABOUT prediction. An hypothesis is a set of predictions. A theory is a set of predictions.
Even "seeing reality for what it is" is a prediction; You are predicting that looking at reality will reveal what it is.
As I already said, of your claim that what you are doing is not prediction:
Then it's not science at all.
You appear to have only the vaguest notion of what science is, or does.
And of course, it is about prediction. You are predicting that if an object is large enough and luminous enough, it will be visible instantaneously regardless of its distance from us.
Traditional optics (and other fields of physics, such as relativity) predict that any information about any event will take time to travel from the source, to the observer; And that the maximum speed of that information is that of electromagnetic radiation (of which light is a part) in a vacuum.
What I am asking you to do is to explain what erroneous prediction of current theories this new idea (of how eyes work and what they do) resolves.
I am asking you this, because this is the centrepiece of any and all scientific investigation of the real world. New ideas supplant old ideas if, and only if, they make more accurate predictions about what we will observe than the old ideas made.
Any other approach to finding out how reality really is, fails. We use science, not because we love it, or have faith in it, or trust it; But because it works. Science puts men on the Moon. Faith flies them into skyscrapers.
The Theory of Relativity
predicts that any test of the time elapsed between a distant event, and our seeing that event, will show that there is a gap of at least the time required to transit that distance at lightspeed.
All the observations of which I am aware are in concert with this
prediction.
However, Lessans is
predicting that the elapsed time will be zero.
So I want to know
what erroneous prediction of current theories this new idea (of how eyes work and what they do) resolves.
What result or observation is routinely made, that is out of step with the predictions made by the Theory of Relativity?
The ONLY reason why a new theory is ever needed is that the old one makes predictions that fail to match routine results or observations - this was why Relativity replaced Newtonian Gravitation, because Newtonian Gravitation
predicted a position for the planet Mercury that did not match the observed position of that planet.
You are asking us to replace Relativity with a new theory of instantaneous vision. In order to do that, you first need to show
what erroneous prediction of current theories this new idea (of how eyes work and what they do) resolves.
If there is nothing whatsoever wrong with the old theory, then the new theory is useless, and (insofar as it disagrees with the old) logically must also be wrong.
Only by showing that the old theory is wrong - ie that it makes erroneous
predictions - can your new theory even start on the road to acceptance.