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Photon questions
21 years 3 months ago #6212
by Mac
Reply from Dan McCoin was created by Mac
Simon,
The general view is that the photon has no rest or inertial mass. In theory testing has only proven that such mass must be less than E-68kg. But most accept it as being actually "0".
If it is indeed "0" then from F = m/a or a = F/m then a = F/0 = Infinite acceleration.
From my view in UniKEF, a term called "q" of matter (matter being condensed energy in time and space, holds that what we see as an objects dimension (i.e. - a 10 foot distance through water, is actully 13.333333 feet of space condensed down and hence the photon traveling through such medium is still going the same distance in the same time or no change in speed). Photons traverse through water from our perspective at 0.75c. 1/0.75 = 1.33333.
Knowing to believe only half
of what you hear is a sign of
intelligence.
Knowing which half to believe
can make you a genius.
The general view is that the photon has no rest or inertial mass. In theory testing has only proven that such mass must be less than E-68kg. But most accept it as being actually "0".
If it is indeed "0" then from F = m/a or a = F/m then a = F/0 = Infinite acceleration.
From my view in UniKEF, a term called "q" of matter (matter being condensed energy in time and space, holds that what we see as an objects dimension (i.e. - a 10 foot distance through water, is actully 13.333333 feet of space condensed down and hence the photon traveling through such medium is still going the same distance in the same time or no change in speed). Photons traverse through water from our perspective at 0.75c. 1/0.75 = 1.33333.
Knowing to believe only half
of what you hear is a sign of
intelligence.
Knowing which half to believe
can make you a genius.
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21 years 3 months ago #6303
by Jim
Replied by Jim on topic Reply from
Mac, You say tests have proven photons have a mass less than a tiny bit. Can you post data about these tests? thanks
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21 years 3 months ago #6214
by Simon
Replied by Simon on topic Reply from Simon Adams
Hi Mac
Thanks for that - the q interpretation of space-time is interesting.
So where do you rekon the dividing line between when you can apply newtonian dynamics such as F=ma to quantum particles and when you can't ? Say like when sunshine causes a force on a "solar sail" when in a vacuum, where is the force coming from there, what aspects of the photons energy has been converted into force ?
Simon
Thanks for that - the q interpretation of space-time is interesting.
So where do you rekon the dividing line between when you can apply newtonian dynamics such as F=ma to quantum particles and when you can't ? Say like when sunshine causes a force on a "solar sail" when in a vacuum, where is the force coming from there, what aspects of the photons energy has been converted into force ?
Simon
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21 years 3 months ago #6215
by Jim
Replied by Jim on topic Reply from
Drawing a line between F=ma and quantum particles is like drawing a line between a master cook and mud pies.
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21 years 3 months ago #6442
by Simon
Replied by Simon on topic Reply from Simon Adams
Yes - thats what I thought - like writing a review of a book using dominos ???
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21 years 3 months ago #6304
by Mac
Replied by Mac on topic Reply from Dan McCoin
Jim
<BLOCKQUOTE id=quote><font size=2 face="Verdana, Arial, Helvetica" id=quote>quote:<hr height=1 noshade id=quote><b>Hi Mac
Thanks for that - the q interpretation of space-time is interesting.
So where do you rekon the dividing line between when you can apply newtonian dynamics such as F=ma to quantum particles and when you can't ? Say like when sunshine causes a force on a "solar sail" when in a vacuum, where is the force coming from there, what aspects of the photons energy has been converted into force ?
Simon</b><hr height=1 noshade id=quote></BLOCKQUOTE id=quote></font id=quote><font face="Verdana, Arial, Helvetica" size=2 id=quote>
Your point is a good one. I have always felt that was indicative of some immeasureable inertial mass but if that is true then other theories are in trouble since they require zero mass.
Knowing to believe only half of what you hear is a sign of intelligence. Knowing which half to believe can make you a genius.
<BLOCKQUOTE id=quote><font size=2 face="Verdana, Arial, Helvetica" id=quote>quote:<hr height=1 noshade id=quote><b>Hi Mac
Thanks for that - the q interpretation of space-time is interesting.
So where do you rekon the dividing line between when you can apply newtonian dynamics such as F=ma to quantum particles and when you can't ? Say like when sunshine causes a force on a "solar sail" when in a vacuum, where is the force coming from there, what aspects of the photons energy has been converted into force ?
Simon</b><hr height=1 noshade id=quote></BLOCKQUOTE id=quote></font id=quote><font face="Verdana, Arial, Helvetica" size=2 id=quote>
Your point is a good one. I have always felt that was indicative of some immeasureable inertial mass but if that is true then other theories are in trouble since they require zero mass.
Knowing to believe only half of what you hear is a sign of intelligence. Knowing which half to believe can make you a genius.
Please Log in or Create an account to join the conversation.
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