From: Robert L. Oldershaw on
On Apr 27, 6:27 am, Jerry <Cephalobus_alie...(a)comcast.net> wrote:
>
> Pure numerology.
>
> Using five rolls of a pair of dice (rejecting one roll which gave
> me a "10"), I generated a "fundamental mass unit" M of 774.2 MeV.
>
> The following parallels the first rows of your Table 1:
>
> n    sqrt(n)  predicted          actual  error
> ------------------------------------------------
> 1/54  0.1361    105.4   mu       105.66   0.29%
> 1/32  0.1768    136.9   pi0      134.98   1.4%
> 2/5   0.6325    489.6   kappa    497.65   1.6%
> 1/2   0.7071    547.4   eta      547.75   0.06%
> 1     1.000     774.2   rho      770      0.54%
> 1     1.000             M        774.2    ---
> 1     1.000     774.2   omega    783     1.1%
> 3/2   1.225     948.2   p+       938.27  1.0%
> 3/2   1.225     948.2   n        939.57  1.0%
> 3/2   1.225     948.2   eta'     957.75  1.0%
> 2     1.414    1094     Lambda0 1115.68  2.0%
> 5/2   1.581    1224     Sigma1  1192     2.7%
> 3     1.732    1341     Xi0     1314.83  2.1%
> 7/2   1.871    1448     N       1440     0.58%
> 9/2   2.121    1642     Omega-  1672.45  1.8%
>
--------------------------------------------

(1) But to get anywhere you needed to reproduce an approximation of
the revised Planck mass of 674.8 MeV, and then use my (sqrt n) term as
a multiplication factor.

To my knowledge, rolling dice does not count as a theoretical
derivation (although it might in "string theory" or "QCD").

I derive the relation from GR+QM+DSR.

(2) I am now working on an unbiased set of 95 particles. Experimental
peaks and my expectation peaks match up very well.

(3) No one doubts that one can devise arbitrary numerological methods
to retrodict segments of the particle mass spectrum. I know of at
least 3 or 4. The key issue is whether you can provide an elegant
theoretical explanation for your retrodiction. Do you appreciate this
none-too-subtle fact?

(4) You have achieved a good fit because you have reproduced my basic
results with a bogus dice-rolling method. If you did not have
advanced knowledge of M = (sqrt n)(674.8 MeV), I don't think you would
have gotten very far. See what I am saying?

(5) Here is the basic truth in a different context. You can retrodict
the Bode-Titus law of planetary distances by many numerological
schemes. Most of them have sketchy theoretical justification, at
best. So they are not useful explanations; they are just numerology.

I maintain that my paper is not numerology because it derives (sqrt n)
(674.8 MeV) from first principles. Ongoing research is going to make
that distinction ever more clearly.

Thanks for the challenge,
RLO
www.amherst.edu/~rloldershaw
From: Robert L. Oldershaw on
On Apr 27, 9:18 am, "Juan R." González-Álvarez
<nowh...(a)canonicalscience.com> wrote:
>
> > R(proton) = 2G'm/c^2 = 0.8 x 10^-13 cm
>
> > m = mass of proton
> > G' = 2.18 x 10^31 cm^3/g sec^2
> > rationale for G' is eplained at:
> >http://arxiv.org/ftp/astro-ph/papers/0701/0701006.pdf
>
----------------------------------------
> I repeat:
>
> 1) Your theory cannot explain the hundred of observations explained by QCD.
---------------------------------------------

Scholars (and they were the overwhelming majority of "scholars" at the
time) who argued for the Ptolemaic paradigm used the same argument.
They said: "The Ptolemaic paradigm explains everything, so why do we
need a crazy new paradigm? Look at the 100s of objects, motions and
eclipses it can explain!"

I challenge YOU to personally show us how QCD can just accomplish the
trivial goal of retrodicting the radius of the proton. Notice that I
have done it above with one simple equation.

SHOW US WHAT QCD CAN DO TO MATCH THAT

OR SHUT UP

RLO
www.amherst.edu/~rloldershaw
From: Jerry on
On Apr 27, 11:47 am, "Robert L. Oldershaw" <rlolders...(a)amherst.edu>
wrote:
> On Apr 27, 6:27 am, Jerry <Cephalobus_alie...(a)comcast.net> wrote:
>
> > Pure numerology.
>
> > Using five rolls of a pair of dice (rejecting one roll which gave
> > me a "10"), I generated a "fundamental mass unit" M of 774.2 MeV.
>
> > The following parallels the first rows of your Table 1:
>
> > n    sqrt(n)  predicted          actual  error
> > ------------------------------------------------
> > 1/54  0.1361    105.4   mu       105.66   0.29%
> > 1/32  0.1768    136.9   pi0      134.98   1.4%
> > 2/5   0.6325    489.6   kappa    497.65   1.6%
> > 1/2   0.7071    547.4   eta      547.75   0.06%
> > 1     1.000     774.2   rho      770      0.54%
> > 1     1.000             M        774.2    ---
> > 1     1.000     774.2   omega    783     1.1%
> > 3/2   1.225     948.2   p+       938.27  1.0%
> > 3/2   1.225     948.2   n        939.57  1.0%
> > 3/2   1.225     948.2   eta'     957.75  1.0%
> > 2     1.414    1094     Lambda0 1115.68  2.0%
> > 5/2   1.581    1224     Sigma1  1192     2.7%
> > 3     1.732    1341     Xi0     1314.83  2.1%
> > 7/2   1.871    1448     N       1440     0.58%
> > 9/2   2.121    1642     Omega-  1672.45  1.8%
>
> --------------------------------------------
>
> (1) But to get anywhere you needed to reproduce an approximation of
> the revised Planck mass of 674.8 MeV, and then use my (sqrt n) term as
> a multiplication factor.
>
> To my knowledge, rolling dice does not count as a theoretical
> derivation (although it might in "string theory" or "QCD").
>
> I derive the relation from GR+QM+DSR.

Uh, huh... sure...

> (2) I am now working on an unbiased set of 95 particles.  Experimental
> peaks and my expectation peaks match up very well.
>
> (3) No one doubts that one can devise arbitrary numerological methods
> to retrodict segments of the particle mass spectrum.  I know of at
> least 3 or 4.  The key issue is whether you can provide an elegant
> theoretical explanation for your retrodiction.  Do you appreciate this
> none-too-subtle fact?

Unfortunately, you do not provide ANY sort of explanation why
certain specific values of n are to be chosen in preference to
other values. Hence your procedure counts as pure numerology.

> (4) You have achieved a good fit because you have reproduced my basic
> results with a bogus dice-rolling method.  If you did not have
> advanced knowledge of M = (sqrt n)(674.8 MeV), I don't think you would
> have gotten very far.  See what I am saying?

The point is, the ability to retrodict a spectrum of particle
masses using as many adjustable parameters that you allow yourself
is totally meaningless.

> (5) Here is the basic truth in a different context.  You can retrodict
> the Bode-Titus law of planetary distances by many numerological
> schemes.  Most of them have sketchy theoretical justification, at
> best.  So they are not useful explanations; they are just numerology.

That is PRECISELY the point that I made in another post.

> I maintain that my paper is not numerology because it derives (sqrt n)
> (674.8 MeV) from first principles. Ongoing research is going to make
> that distinction ever more clearly.
>
> Thanks for the challenge,
> RLOwww.amherst.edu/~rloldershaw

Jerry
From: "Juan R." González-Álvarez on
Robert L. Oldershaw wrote on Tue, 27 Apr 2010 09:58:43 -0700:

> On Apr 27, 9:18 am, "Juan R." González-Álvarez
> <nowh...(a)canonicalscience.com> wrote:
>>
>> > R(proton) = 2G'm/c^2 = 0.8 x 10^-13 cm
>>
>> > m = mass of proton
>> > G' = 2.18 x 10^31 cm^3/g sec^2
>> > rationale for G' is eplained at:
>> >http://arxiv.org/ftp/astro-ph/papers/0701/0701006.pdf
>>
> ----------------------------------------
>> I repeat:
>>
>> 1) Your theory cannot explain the hundred of observations explained by
>> QCD.
> ---------------------------------------------
>
> Scholars (and they were the overwhelming majority of "scholars" at the
> time) who argued for the Ptolemaic paradigm used the same argument. They
> said: "The Ptolemaic paradigm explains everything, so why do we need a
> crazy new paradigm? Look at the 100s of objects, motions and eclipses it
> can explain!"
>
> I challenge YOU to personally show us how QCD can just accomplish the
> trivial goal of retrodicting the radius of the proton. Notice that I
> have done it above with one simple equation.
>
> SHOW US WHAT QCD CAN DO TO MATCH THAT
>
> OR SHUT UP
>
> RLO
> www.amherst.edu/~rloldershaw

In another thread I revised some of the mistakes and false claims that
you do in your paper. In this thread I have given you six (6) basic
points of both a theoretical and an experimental nature.

*You ignored all* including the above one. You sistematically censor
any criticism to your 'theory'.

Your goal is that physicists abandon a theory tested in hundred of
experiments (QCD) by a 'theory' (yours) which predicts none of them, and
that 'promises' us to predict readius of protons... except that you
are comparing apples and oranges, or R and r (as remarked in one of
the points that you sniped).


--
http://www.canonicalscience.org/

BLOG:
http://www.canonicalscience.org/publications/canonicalsciencetoday/canonicalsciencetoday.html
From: Robert L. Oldershaw on
On Apr 27, 1:07 pm, Jerry <Cephalobus_alie...(a)comcast.net> wrote:
>
> Unfortunately, you do not provide ANY sort of explanation why
> certain specific values of n are to be chosen in preference to
> other values. Hence your procedure counts as pure numerology.
>

I did not think n=1, n=2, n=3, ... needed much explaining.

> The point is, the ability to retrodict a spectrum of particle
> masses using as many adjustable parameters that you allow
> yourself is totally meaningless.

But I only use two parameters which are empirically derived from
nature, and are good to 3%, or better. If you think there is more
room in the theory to subjectively "adjust" things, it just proves
that you have not taken enough time to learn the Discrete Self-Similar
Paradigm.

You would be surprised at how well your time would be spent if you
developed a good working understanding of the DSSP BEFORE you took out
the sledge hammer. You might be quite surprised.

Best,
RLO
www.amherst.edu/~rloldershaw