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originally posted by: dashen
a reply to: Bedlam
That's pretty much how I see it in my head toO.
But back to my original question since we are measuring millimeters between wavelengths does a single photon havr a wavelength?.
I'm pretty sure it does.
and that single photons wavelength is a measure of what?
what about a single photon is oscillating exactly that you can make a measurement of it?
. now what was said earlier is that everything shrinks down the higher the frequency gets.
My question is is why at higher frequencies does that Tinkerbell ball does not get exponentially larger with higher
originally posted by: BASSPLYR
a reply to: Bedlam
so does the alternating e field and h field speed dictate the frequency of the photon emitted? i.e. for there to be a photonic frequency (is that even a real term?) it has to come from a e/h field cycle. what I'm asking chicken or the egg. which comes first. or can it go both ways and one influencing the other.
This applies to not just imafungi but also the theoretical physicist he wants to collaborate with, who I think said some of our models are like a modern version of epicycles which make predictions but don't reflect reality. I can't say he's wrong, but, exactly what you said applies to those two or virtually anybody who says the current model is wrong. Even if epicycles is the wrong model, do you think people were going to stop using the best model they had if they didn't have a better one? The answer is no and it's as true now as it was then. And even if the model has "epicycles" it still works well enough for engineering purposes to design these electronic devices and the network we use to communicate between them, and many other things.
originally posted by: ErosA433
Don't believe in fields... thats fine... but come up with a plausable or better alternative which can replace 100's of years of research... don't just say "Dont exist..."
So, we don't have a clue?
originally posted by: ImaFungi
The only reason you cannot visualize a photon, is because you have no clue how it exists.
So, we do have a clue?
(though I should say, you do have a clue... all you have are clues... you do not have the solution
Exactly. The rulebook seems to work very well to me. If someone wants to say those aren't the right rules, here are better ones, lets see them and test them. But we don't claim to know why we have these rules.
originally posted by: dragonridr
a reply to: ImaFungi
I'm sure a beaver can identify wood and water and doesn't try to deny its existence. You argue all the time against observation this is what we see happening there is no argument. Consider physics thr rule book we can see nature follows rules through observation. What we don't know is why
originally posted by: dragonridr
a reply to: ImaFungi
I'm sure a beaver can identify wood and water and doesn't try to deny its existence.
originally posted by: dragonridr
a reply to: ImaFungi
I'm sure a beaver can identify wood and water and doesn't try to deny its existence. You argue all the time against observation this is what we see happening there is no argument. Consider physics thr rule book we can see nature follows rules through observation. What we don't know is why