Pg
Not hypothetical you are making apologetics for the book. Expanding away the rblms.
I'm not apologizing for anything nor am I expanding away anything.
If the Moon face voice claim is hypothetical what is not hypothetical in the book?
Nothing else. He had to explain his reasoning in this way because there was no other way to get it.
The image in that light is modified by reflection off an object is formed at the object.
Yes, that is true when we are looking at the object. That is the only way that we would be able to see it if not for the reflection. But the reflection is there when we see the object; it does not travel through space/time. This whole thing is unfortunate because no one questions it.
'The light wave of the object' has no meaning. If I said the fritzenkoffer carries image to the eye you would ask what does that mean, right?.
The light wave has a lot of meaning, but when you say light travels to the eye through space/time, and is then seen as an image due to delayed time, is the only thing that is being disputed. And I stand by that.
Do you now understand that when you see an object as an image it is an image of the state of an object in what is to you is the past?
Yes, if that account of sight were true, but he's disputing that it is true. There are no sacred cows, remember?
Yes or no.
'The image is in the light is semantics', the trouble with words and philosophical explanations for physical reality.
I understand that, but there is no confusion with the words he used when it has been clarified, so stop using this as an excuse.
Geometric optics is ray tracing, a lot of work is doe with it. Physical optics explains how light interacts with objects by solving Maxwell's Equations. How light interacts with and passes through a lens. I have a general overview, I am familiar with geometric optics.
I have no doubt that you are familiar with geometric optics. That said, I don't think any of geometric optics proves that we see in delayed time.
Round and round we go.
That vision is delayed i experimental fact. How an object interacts with light to for pasterns is resumed and is observed with optical methods.
Note that the law of refection applies to flat reflective surfaces. There is catering. How light interacts with an object depends on he wavelength of the light, the dimensions of surface irregularities, and size of the object,. scattering.
Wave particle;e duality. Light has both wave like and particle like properties. Actual ijnteraction at the surface is at the photon level, discrete particles.
The fi9rst cause of our vision is light interacting with an object and then traveling to the eye. We call this being in the time domain. Working with causal sequences separated in time.
t = time inn seconds
t0 light emitted by bulb
t2 light arrives at object
t3 light leaves object odified by surface interaction
t4 light arrives at eye
t5 light arrives at retina
t6 electrons lave retina and travel along optic nerves
t7 signal arrives at brain vision center
t8 we perceive image of object
Think about it, if there were no delays between cause and effect everything would happen at the same time.