For peacegirl, a “pertinent question” would not be, “how is it possible for light to be instantly at the eye, while also taking time to I get there?” But rather, “How did you daddy get to be so damned smart???”
You are missing the entire point that light never stops traveling and being replaced by new photons, but instead of bringing the image to us by light bouncing off the object and traveling, we see the object through the reflected light that is already at the eye. We are not waiting for the light to get to us because it is already there as we look at the object in real time. It's a complete reversal of how vision works. I'm tired of discussing this topic.
Again you ignore optical theory backed by experimenter and application and claim Lessans is correct without any evidence.
The anatomy of the eye, optic nerves and brain are clear, by visual emanation.
Where in this animation does it prove that we are interpreting the image in the visual cortex?
There is no possi8bilty of what your claim to be true. There is nothing observable in the body to support it.
Your response is the usual gobbledygook.
Where, other than what looks like a perfectly fitting model, does it prove that we see an image created in the mind in the visual cortex?
Photons are produced by a source in a continuous stream yes, but that does not affect the argument.
Back to the wave particle duality. Light has both wave and particle like properties. Individual photons do not carry information of an image. The image in light is patterns created of a collection of photons traveling with wave like properties.
Where is it proven that the light bounces off the object carrying the pattern with it through space/time? This alternative model is not dead in the water, like you think.
Photons do not have patterns in and of themselves. They are fundamental particles with no internal structure.
What Photons Are Made Of
Photons are
fundamental particles — they are not made of smaller components like electrons or protons. In the Standard Model of particle physics, photons are the
force carriers (gauge bosons) for the electromagnetic force, and they are considered
elementary particles with no internal structure
quantumatlas.umd.edu+1.
The
Sun emits photons — it does not reflect them in the way a mirror would. Photons are the fundamental particles of light and all other electromagnetic radiation. The Sun produces them through
thermonuclear fusion in its core, where hydrogen nuclei fuse to form helium, releasing vast amounts of energy in the form of
gamma-ray photons NASA. These high-energy photons travel outward through the Sun’s dense interior, gradually losing energy through collisions and scattering, until they reach the surface.
At the Sun’s visible surface (photosphere), the temperature is about
5,700 K, and most of the emitted radiation is characteristic of a
blackbody radiator at that temperature
NASA. This produces a broad spectrum of photons across the electromagnetic spectrum — from gamma rays and X-rays to ultraviolet, visible light, infrared, and radio waves
Britannica. The visible portion is what we perceive as sunlight, while the rest is invisible but still carries energy.
Reflection is a property of matter: when photons from the Sun strike a surface, they can be reflected, absorbed, or transmitted. For example, clouds, water, and ground surfaces reflect some of the Sun’s photons, which is why we see light and color in our environment
Pressbooks at the Robertson Library. However, the Sun itself is not a reflector — it is the
source of the photons that are later reflected by other objects.
In summary:
- Emission: The Sun continuously emits photons via fusion and thermal radiation.
- Reflection: The Sun does not reflect photons; other surfaces in the solar system do.
- Result: The Sun’s emitted photons travel through space and can be reflected, absorbed, or scattered by objects in their path, ultimately reaching Earth and other planets NASA+2.
You have to understand the compete model of light and image formation which you do not. You have to understand wave interference.
The fact that photons can travel with wavelike patterns and have interference has nothing to do with vision.
Sound traveling in water also has a wave particle duality. Individual water molecules in a wave not carry sound information.
You can start with Maxwell;s Equations. I am not an expert in he math but I understand them.
en.wikipedia.org
Pre-script (dated 26 June 2020): Our ideas have evolved into a full-blown realistic (or classical) interpretation of all things quantum-mechanical. In addition, I note the dark force has amused him…
readingfeynman.org
Lessans was a dabbler. He picked up bits and pieces with no real underwing.
You're wrong.
Ripples on a pond are collections o molecules with wave like property.
Nothing to do with vision.
