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When an object moves away from us, the light is shifted to the red end of the spectrum, as its wavelengths get longer.
Rather strange replies by yourself and Alan.
Quote from: PhysBang on 07/08/2016 14:16:28The choice for anyone reading this is to go with the community of physicists or with someone who just invents their own physics, doesn't care for empirical evidence, and can barely use MS Paint.Rather strange replies by yourself and Alan. Invent? I did not invent physical process or the way physical process works.
The choice for anyone reading this is to go with the community of physicists or with someone who just invents their own physics, doesn't care for empirical evidence, and can barely use MS Paint.
Quote from: Thebox on 07/08/2016 16:10:00Quote from: PhysBang on 07/08/2016 14:16:28The choice for anyone reading this is to go with the community of physicists or with someone who just invents their own physics, doesn't care for empirical evidence, and can barely use MS Paint.Rather strange replies by yourself and Alan. Invent? I did not invent physical process or the way physical process works.No, you clearly invent the physical processes that you talk about.Once I even asked you about why you didn't address a very common part of the physics you claimed to be discussing and you said that you were just using your idea of physics, not established physics.This thread is a perfect example of your commitment to ignore actual physics and make up your own. Look at the title: "How does red-shift show expansion when a ''red'' wavelength shows compression?" In actual physics, redshift is an example of increased wavelength, not compression. So from the very first you are just indulging in your fantasy physics.There are many explanations in physics for the phenomena you discuss. But you asking other people to give you an explanation that comes from your own fantasies will never work, because we aren't privy to the fantasy content of your mind.
Added- and regardless a shorter wavelength is ''blue'' , it is suggestive that we see ''blue'' of free space and not the ''white'' light (gin clear). The ''white'' light being a longer wavelength than 700nm, the light would have to be contracting to observe 700nm, Basic physics.
No, fantasy physics.
Quote from: Thebox on 07/08/2016 16:38:06Added- and regardless a shorter wavelength is ''blue'' , it is suggestive that we see ''blue'' of free space and not the ''white'' light (gin clear). The ''white'' light being a longer wavelength than 700nm, the light would have to be contracting to observe 700nm, Basic physics.Seriously? Like one of the very first things anyone teacher ever teaches about light is that white light is a mixture of all the different wavelengths of visible light from about 700 nm to about 390 nm. White light does not have a wavelength and cannot have a wavelength because it is a logical abstraction humans use to simplify things so they don't have to say "a mixture of the entire visible spectrum" or some such nonsense all the time. This is elementary school stuff. I refuse to believe you do not understand this because if you truly don't then I'm at a loss in regards to how you've managed to operate a computer and find your way here.
This question contains a false premise, but it is hard to know whether it is new theory or that can't be true. We'll give it benefit of doubt.