Re: Imagine
- From: "sue jahn" <susysewnshow@xxxxxxxxxxxx>
- Date: Fri, 10 Jun 2005 04:58:41 -0400
"*** rD" <paulpsremove@xxxxxxxxxx> wrote in message news:1118388655.7511.0@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
>
> | > | > | snip
> | > | > | > |
> | > | > | > | >
> | > | > | > | > |
> | > | > | > | > | http://bigben.stanford.edu/sumo/status.htm
> | > | > | > | > | http://bigben.stanford.edu/sumo/
> | > | > | > | > | >
> | > | > | >
> | > | > | > Just looking at these links looks intereting.
>
>
> It appears there is no firm data yet but looks complex enough to introduce
> many unknowns ?
Yes... far too many for anyone to be claiming that a fast atomic clock
at atitude is any kind of proof of GR other than it's inherent reduction
to forces predicted by Newton.
snip
> | > | If the rest frame half-life is computed from the de Broglie wavlength
> is
> | > | is likely a circular reference too. ;-)
> | > |
> | >
> | > Reference link ?
> |
> | What? Both your muons and and your minons decayed ?
>
> You think I can afford minions and muons on my pension ? Any minons or muons
> I may have had have gone on to better things or decayed.
>
> |
> | << In his work combining quantum theory and relativity, De Broglie
> | assumed the existence of a cyclic process associated with a massive
> | particle. A question arises immediately: why?
> |
> | The all too famous, and therefore trivialized, relation
> |
> |
> | E = m_0 c^2,
> |
> |
> | an interpretive result from special relativity, relates the rest mass
> | m_0 to an equivalent energy E does not tell us, within the mathematical
> | arithmetic equivalence, what physically distinguishes m_0 from E; more
> | bluntly, what distinguishes physical mass from physical energy. This is
> | a question to which there is still no satisfactory answer. >>
> | http://graham.main.nc.us/~bhammel/FCCR/debroglie.html
> | or
> |
> http://64.233.161.104/search?q=cache:xQtGYx7onLgJ:graham.main.nc.us/~bhammel
> /FCCR/debroglie.html+de+broglie+paradox+nu&hl=en
Hmmm that was acutually not the best URL for your question but
minions that work for free are almost a bad as those from low wage
nations. Waddaya expect for the vague promise of beans and taters ? :o)
> |
> | snip
> | > | This might help:
> | > | http://scienceworld.wolfram.com/physics/Current.html
> | > |
snip
> | > pimple = 1 joule ROFL. I will now try and be sensible .
> |
> | I think you are groping for a way express muon lifetime as classical
> | current flow. The above paradox should show why you need not bother.
> | The rest frame lifetime was computed with the *assumption* that it
> | world behave as SR's imaginary clocks, so by circular reference it
> | works out.
>
> I might have to read more on this as you seem very confident that the
> results are a mathematical\experimental foul.
Eh! Don't get drawn in by confident airs (heirs ? heiresses? )
http://www.jdhodges.com/posters/paris-hilton-poster-842218.html
I am not all confident I have a good grasp of classical patterns from
quantum particle interference and how de Broglie gets his notions into
a *real* pattern.
>
> |
> | It looks pretty embarassing when muon production height is considered
> | tho. ;-)
> |
>
> Your trying to dent my confidence in the variance of existence with your
> invariant views but that view is so much more uninteresting and less complex
> than the variant view that I will fight to the death for variance in as many
> thing as I can as this is the main factor relieving the repetition needed to
> keep the system coherent. I haven't yet had a chance to look at most of the
> links from this post but I hope you haven't dug up anything that proves
> invariance in time and distance as then I would have to go back to throwing
> valves at the garage wall {:-)
Sheesh! How conformist! The whole physics community has been doing
that for a century.
>
> |
> | >
> | snip
> | > |
> | > | My calculator does that when the electron valves need changing. I
> would
> | > | get a solid state device but I don't believe in quantum tunneling. :o)
> | > |
> | >
> | > Why not, as you, from a pratical pov cannot know the barrier state in
> sub
> | > Plank detail so its got some leaks, what do you expect from a dam made
> from
> | > bits of field state, perfection ? What valves do you need I may have
> some
> | > KT66's they will put a kick in it {:-)
> |
> | I need:
> | QTY PN
> | 24) EL 34
> | 867) 6SN7
> | 2357) 12AU7
> |
>
> Brings back fond memories I may have odd one or two but I had a clear out
> some years back so I probably have none and definitely not in your
> quantities.
>
> | Oh Yeah... ya wouldn't have 12 or 13 refrigeration compressors
> | stashed away would ya ?
>
> I had one a little while back but that's part of the cryogenic compressor
> section of the anti matter engines in the last star ship I built or it could
> have gone up to the rubbish dump I'm not sure. What are you trying to build
> with that much glass the old analogue out of Blechley they used to win WW2 ?
> Might have some bits of that or similar that used valves. Ah fond memories
> as the bloody things self ignited because you had asked them to add one and
> one {:-) and the smell of burning paxolin from other bits of equipment. Oh
> nostalga.
Shhhhhhh... You're spose to be growin' beans not spilling them.
http://nerv.org.uk/photo_bletchley.html
>
> |
> |
> | >
> | > | I expect you are comfortable with Pythagoras in polar/rectangular
> | > conversion.
> | >
> | > Don't expect anything from an idiot if put under pressure I may have
> | > forgotten{:-)
> | >
> | > | When you are in an expansive mood (presently I am not) try to justify
> the
> | > | Lorentz transform for the same reasons.
> | >
> | > Found one of my kids GCSE mathematics books to remind me so thanks will
> do.
> | >
> | > |
> | > | Both postulates of SR seemed quite compatable with a process that
> | > | treated the path as three regions, near,---far---, near.
> | > |
> | >
> | > Ok but does that not go against the group convention of stationary near,
> | > moving near ? perhaps they just need new glasses ?
> |
> | Indeed! Further proof that democracy is a bad idea.
>
> Depends on your pov but they may come round before they are dead perhaps.
> The trouble with dictatorships is they become ossified in there own
> certainty and erode over time into individual dictatorships that may fight
> their way to a state of coexistence called a democracy. {:-)
>
> | I (alone ? )
>
> Yes you are the only one I have any common ground with at the moment AFAIK.
Not true. I have seen several posters point out that AE's etherless paths are really
a "bait and switch" to dispell the notion of a rigid framework.
They just don't want to associated with a kooky bean farmer and I can't
say as I blame them. :o) Saffron growers pass a much sweeter smelling gas!
>
> |did not complain that you wanted to
> | use "the vacuum" as a point of reference. Why?
> | Because the nearest charges are a large component of
> | the Coulomb force that is being modulated by the
> | EM wave's passage.
> |
> | Except for some kind of impossibly deep and voluminous
> | vacuum, the nearest charge is representative of a local
> | frame of reference. Astronomers treat our solar system
> | that way with good results.
> |
>
> You cheer me up, if only we can agree on a clearer definition of
> charge,energy and potential and their relationships that can be used to
> build an electron ect we might be seeing eye to eye.
Eh! 200 years of trubulence muddied that water... not us.
>
> | << Barycentric Dynamic Time (TDB) is the same as as Terrestrial Dynamic
> | Time (TT) except for relativistic corrections to move the origin to the
> | solar system barycenter. These corrections amount to as much as about
> | 1.6 millisends and are periodic with an average of zero. The dominant
> | terms in this correction are have annual and semi-annual periods.
> | TDB = TT + 0.001658 sin( g ) + 0.000014 sin( 2g ) seconds
> | where
> | g = 357.53 + 0.9856003 ( JD - 2451545.0 ) degrees
> |
> | and JD is the Julian Date. A more accurate formula, with adds terms
> | smaller than 20 microseconds, is given in the Explanatory Supplement to
> | the Astronomical Almanac [ref 4]. Planetary motions are now computed
> | using TDB.
> | There is a subtle relativistic distinction between coordinate time and
> | dynamic time, which is not significant for most practical purposes.
> | >>
> | http://www.cv.nrao.edu/~rfisher/Ephemerides/times.html#TBD
> | >
> | > | That looks mathematically a bit more complex that a dose of
> Pythatgoras.
> | > |
> | >
> | > Yes indeed, but leaving the jam out of the donuts feels like a major
> crime
> | > to me ?
> |
> | You could use 2 transforms to go near-far-near. Unless you need to
> | analyze one end indepedently, then combining the two transforms should
> | be OK. Eh?
>
> Yes I think so but the devils in the detail as I'm still worrying like a dog
> at the popular one and haven't yet got it dismantled and laid out on the
> bench yet and the facts to construct a replacement are still obscure and
> buried in tons of detail.
Actually, I was looking a bit closer at the acoustic version. If you claim
AE was doing a "bait and switch" with the ether, I think that is the one ya
have to use. It may in some cases reduce to a single transform.
If nothing else, Pound-Rebka is proof that Doppler is operational for
motion of either sending or receiving structure.
Sue...
.
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