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Just Chat! / Re: Why Does Water Evaporate So Fast Outdoors?
« on: 21/03/2024 17:52:57 »
Basically 3 things affect evaporation; temperature, humidity and air flow. It makes no difference if you are indoors or outdoors.
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How does it supposed to be interpreted?You asked this question and I answered it. As typical you then jumped to a new subject without acknowledging the answer provided. So I'm just curious did you accept the answer or reject it?
How do you explain refraction and diffraction using quantum physics?I'm sure I have discussed it before on one of your threads. I am not interested in giving you an explanation and then having you spam the thread with 3 or 4 random Youtube videos and proclaiming no one knows anything!!
I have hypothecated a substance that Dark Matter might be made of and tried to calculate if it would fit the missing mass, using data from the net such as the volume of the Milky Way Galaxy, its mass etc., and got surprisingly good answersInteresting. What is the substance? Could you show the calculations?
This, in spite of many illogicalities and oversights.I get it, you don't like Quantum physics it's too weird.
FYI, circularly polarized light has a constant amplitude of electric field when propagating as a plane wave. Only the orientation rotates.Which has nothing to do with this discussion, please don't bring in unrelated topics just to confuse yourself.
Wavelength does seem to matter in certain situationsSure wave length / frequency matters, it just has nothing to do with the size of a photon. The wave length is about the oscillating magnetic and electric fields of the photon it has nothing to do with the size or length of a photon.
A unification between wave model and particle model of lightIt has already happened, it is called Quantum physics.
either modifying the wave to incorporate explanation for phenomena currently explained using particle model, or modifying the particle to incorporate explanation for phenomena currently explained using wave model.It didn't work out that way. In quantum physics it is known that a photon (like an electron or any other quantum object) is not a particle and it is not a wave, it is something completely different it is a quantum object.
How does it supposed to be interpreted?Photons have a frequency. That frequency is the rate at which the magnetic and electric field of the photon oscillate from a maximum to a minimum and back to a maximum. The higher the frequency the higher the energy carried by the photon. A photon with a wave length of 500nm means the photon has a frequency of about 6 x 10^14 cycles per second.
There shouldn't be two models.Do you realize that 2 different gravity models are taught in all universities?
That's an interesting opinion on its own right. Did you find inconsistencies in my arguments?I wasn't responding to you, but I didn't see an argument just a video.
Yes, 500 nm photon is nowhere near 5.6 billion times bigger, more like 168 million times bigger.There is no such thing as a photon having a size of 500 nm. A photon with a wave length of 500 nm is not 500 nm long. I'm not sure where you got that idea but you should discard it as soon as possible
What difference does it make?It is hard to have an honest discussion with someone who makes a statement and then denies they made that statement.
I don't see what you are getting at.Here is what I am getting at. You said:
Also, the unrealistic scenario of where an incoming photon with a wave-length of 500 nm is supposed to be absorbed by an electron that is 5.6 billion times smaller than itself. How is it possible?You seemed to be saying a 500 nm photon is 'to big' to be absorbed by an electron, which is wrong and silly. Perhaps I was mistaken about what you meant. So is there some other reason you said, "How is this possible?"
There shouldn't be two models.Interesting opinion, I guess.
Look a bit closer, I had mentioned a frequency of 500 THz not a wavelength of 500 nm,Really? It seems that you don't remember what you wrote, let me refresh your memory:
Also, the unrealistic scenario of where an incoming photon with a wave-length of 500 nm is supposed to be absorbed by an electron that is 5.6 billion times smaller than itself.If you look closely I think you will agree that you did in fact mention a 500 nm wave length....
There is more, a lot more to this theory.And apparently you don't understand a bit of it.
Also, the unrealistic scenario of where an incoming photon with a wave-length of 500 nm is supposed to be absorbed by an electron that is 5.6 billion times smaller than itself. How is it possible?
When the electron cloud absorbs a photon, the subsequent emission of a photon doesn't necessarily obey the law of reflection (angle of incidence = angle of reflection.) The same applies to refraction because the process of absorption and emission involves transitions between quantum energy levels within the atom, which can occur in any direction.This is just a strawman argument since the absorption and emission of photons from electrons is not how refraction or reflection are explained.
it gets worse than this.Your inability to understand a theory does not make the theory wrong. You do realize how incredibly successful quantum theory is, don't you? Do you find it odd that this 'absurd' theory makes only the correct predictions?