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Ther is a saying that "medicine is what we do to entertain the patient while nature takes its course".
If so, please provide a plausible explanation for the outcome.Fake --like the photographs of the Milky way galaxy and Cavendish's experiment or this doc.--->
See Cavendish post
How did you come to the ... strange... conclusion that my mother's cancer remission was like a photograph of the Milky Way?Or were you just trying to obscure the fact that you were calling me a liar?
Quote from: alright1234 on 20/04/2019 23:23:14If so, please provide a plausible explanation for the outcome.Fake --like the photographs of the Milky way galaxy and Cavendish's experiment or this doc.--->How did you come to the ... strange... conclusion that my mother's cancer remission was like a photograph of the Milky Way?Or were you just trying to obscure the fact that you were calling me a liar?That sort of thing doesn't go down well on science pages.
The photographs of the Milky Way galaxy contain the Sun and the Earth that would require the photographer to be many millions of light years away from the earth which proves the images of the Milky Way were fabricated.
The photographs of the Milky Way galaxy contain the Sun and the Earth
If so, please provide a plausible explanation for the outcome.Fake --like the photographs of the Milky way galaxy and Cavendish's experiment or this doc.--->//www.youtube.com/watch?v=VsvQDCXWICo
Since the photographer cannot be many millions of light years away from the earth.
Quote from: alright1234protons that have a mass 1,000 times greater than an electron would destroy human skin, bone and tissue in the path of the proton beamThe problem with electrons is that they are so light. I would expect an electron beam to be severely attenuated and scattered by passing through air, and it would be stopped by skin, causing surface damage but nor reaching a cancer.The odd thing about proton beams is that they cause relatively little damage while they are traveling near the speed of light- So they don't cause much damage before they reach the cancer.- But when the protons slow down, they deliver almost all their energy (and damage) in the last few millimeters of their journey. This is called the "Bragg Peak".- They don't continue onwards to cause damage beyond the cancer.- This is much more focussed therapy than X-Rays, as illustrated in the graph in this Wikipedia article (Gamma Rays, also being highly penetrating ionising radiation, would be similar to X-Rays in the amount of damage they cause before and after reaching the cancer)See: https://en.wikipedia.org/wiki/Proton_therapy
protons that have a mass 1,000 times greater than an electron would destroy human skin, bone and tissue in the path of the proton beam
It is more likely that mass-less gamma rays are producing the effect of proton beam therapy
since protons would be stop at any physical barrier such a the glass cover of the machine.
Quote from: evan_au on 14/04/2019 00:15:13Quote from: alright1234protons that have a mass 1,000 times greater than an electron would destroy human skin, bone and tissue in the path of the proton beamThe problem with electrons is that they are so light. I would expect an electron beam to be severely attenuated and scattered by passing through air, and it would be stopped by skin, causing surface damage but nor reaching a cancer.The odd thing about proton beams is that they cause relatively little damage while they are traveling near the speed of light- So they don't cause much damage before they reach the cancer.- But when the protons slow down, they deliver almost all their energy (and damage) in the last few millimeters of their journey. This is called the "Bragg Peak".- They don't continue onwards to cause damage beyond the cancer.- This is much more focussed therapy than X-Rays, as illustrated in the graph in this Wikipedia article (Gamma Rays, also being highly penetrating ionising radiation, would be similar to X-Rays in the amount of damage they cause before and after reaching the cancer)See: https://en.wikipedia.org/wiki/Proton_therapyIt is more likely that mass-less gamma rays are producing the effect of proton beam therapy since protons would be stop at any physical barrier such a the glass cover of the machine.
Quote from: alright1234 on 27/04/2019 00:05:49It is more likely that mass-less gamma rays are producing the effect of proton beam therapyYou missed the part where I explained that you can't accelerate gamma rays with magnetic fields...Quote from: alright1234 on 27/04/2019 00:05:49since protons would be stop at any physical barrier such a the glass cover of the machine.Evidence please.
Quote from: Kryptid on 27/04/2019 00:08:04Quote from: alright1234 on 27/04/2019 00:05:49It is more likely that mass-less gamma rays are producing the effect of proton beam therapyYou missed the part where I explained that you can't accelerate gamma rays with magnetic fields...Quote from: alright1234 on 27/04/2019 00:05:49since protons would be stop at any physical barrier such a the glass cover of the machine.Evidence please.A proton is composed of matter.
A proton is composed of matter.