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Juan R." Gonzlez-lvarez
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 Posted: Thu Oct 02, 2008 2:56 pm Post subject: Launch of canonical science reports |
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To serve better to research community, students, and general people, and
to fill own needs, the Center launches the new Canonical Science Reports;
Center>s dedicated 'living' journal for rapid and effective dissemination
of last knowledge in this unified theory.
The publicationzone contains the new section canonicalsciencereports
devoted to the journal. The section is directly accessible from the
navigation zone
http://www.canonicalscience.org
More info on:
http://www.canonicalscience.org/en/publicationzone
/canonicalsciencetoday/20081001.html
Note: the announcement is only available on pdf format.
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Juan R." Gonzlez-lvarez
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| Posted: Thu Oct 02, 2008 6:15 pm Post subject: Re: Launch of canonical science reports |
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Uncle Al wrote on Thu, 02 Oct 2008 09:10:14 -0700:
[quote]"Juan R. González-Álvarez" wrote:
To serve better to research community, students, and general people,
and to fill own needs, the Center launches the new Canonical Science
Reports; Center>s dedicated 'living' journal for rapid and effective
dissemination of last knowledge in this unified theory.
The publicationzone contains the new section canonicalsciencereports
devoted to the journal. The section is directly accessible from the
navigation zone
http://www.canonicalscience.org
"A vector (n) represents the state of the natural system at any
instant."
Bullshit. If you have an external observer you need at least a
fourth-rank tensor.
[/quote]
That is nonsense.
In classical mechanics, thermodynamics, chemical kinetics, quantum theory
and even in statistical mechanics, the state of the system is described
by a vector.
Thermo: (U,V,N,...)
Hamiltonian Gravity: (p_i, q_i)
Quantum field theory: |1>|2>...
Etc.
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Uncle Al
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| Posted: Thu Oct 02, 2008 9:10 pm Post subject: Re: Launch of canonical science reports |
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"Juan R. Gonzlez-lvarez" wrote:
[quote]
To serve better to research community, students, and general people, and
to fill own needs, the Center launches the new Canonical Science Reports;
Center>s dedicated 'living' journal for rapid and effective dissemination
of last knowledge in this unified theory.
The publicationzone contains the new section canonicalsciencereports
devoted to the journal. The section is directly accessible from the
navigation zone
http://www.canonicalscience.org
[snip crap][/quote]
"A vector (n) represents the state of the natural system at any
instant."
Bullshit. If you have an external observer you need at least a
fourth-rank tensor.
--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
http://www.mazepath.com/uncleal/lajos.htm#a2 |
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Uncle Al
Guest
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| Posted: Fri Oct 03, 2008 12:35 am Post subject: Re: Launch of canonical science reports |
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"Juan R. Gonzlez-lvarez" wrote:
[quote]
Uncle Al wrote on Thu, 02 Oct 2008 09:10:14 -0700:
"Juan R. González-Álvarez" wrote:
To serve better to research community, students, and general people,
and to fill own needs, the Center launches the new Canonical Science
Reports; Center>s dedicated 'living' journal for rapid and effective
dissemination of last knowledge in this unified theory.
The publicationzone contains the new section canonicalsciencereports
devoted to the journal. The section is directly accessible from the
navigation zone
http://www.canonicalscience.org
"A vector (n) represents the state of the natural system at any
instant."
Bullshit. If you have an external observer you need at least a
fourth-rank tensor.
That is nonsense.
In classical mechanics, thermodynamics, chemical kinetics, quantum theory
and even in statistical mechanics, the state of the system is described
by a vector.
Thermo: (U,V,N,...)
Hamiltonian Gravity: (p_i, q_i)
Quantum field theory: |1>|2>...
Etc.
[/quote]
Sure! Reduced symmetry systems get by with... reduced symmetries. If
you claim unification you don>t get to enjoy simplified subsets.
General Relativity models continuous spacetime, going beyond conformal
symmetry (scale independence) to symmetry under all smooth coordinate
transformations - general covariance - resisting quantization. GR is
invariant under transformations of the diffeomorphism group. GR
predicts evolution of an initial system state with arbitrary
certainty. Quantum mechanics' observables display discrete states.
Heisenberg>s Uncertainty Principle limits knowledge about conjugate
variables in a system state, disallowing exact prediction of its
evolution. Covariance with respect to reflection in space and time is
not required by the Poincar group of Special Relativity or the
Einstein group of General Relativity. Anomalies must exist.
Go ahead, unify GR and QFT with vectors and then make a testable
prediction. Uncle Al will wait.
--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
http://www.mazepath.com/uncleal/lajos.htm#a2 |
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Juan R." Gonzlez-lvarez
Guest
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| Posted: Fri Oct 03, 2008 9:21 am Post subject: Re: Launch of canonical science reports |
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Uncle Al wrote on Thu, 02 Oct 2008 12:35:56 -0700:
[quote]"Juan R. González-Álvarez" wrote:
Uncle Al wrote on Thu, 02 Oct 2008 09:10:14 -0700:
"Juan R. González-Ãlvarez" wrote:
To serve better to research community, students, and general people,
and to fill own needs, the Center launches the new Canonical Science
Reports; Center>s dedicated 'living' journal for rapid and effective
dissemination of last knowledge in this unified theory.
The publicationzone contains the new section canonicalsciencereports
devoted to the journal. The section is directly accessible from the
navigation zone
http://www.canonicalscience.org
"A vector (n) represents the state of the natural system at any
instant."
Bullshit. If you have an external observer you need at least a
fourth-rank tensor.
That is nonsense.
In classical mechanics, thermodynamics, chemical kinetics, quantum
theory and even in statistical mechanics, the state of the system is
described by a vector.
Thermo: (U,V,N,...)
Hamiltonian Gravity: (p_i, q_i)
Quantum field theory: |1>|2>...
Etc.
Sure! Reduced symmetry systems get by with... reduced symmetries. If
you claim unification you don>t get to enjoy simplified subsets.
[/quote]
It is not just unification but also generalization of current
disciplines. E.g:
Thermodynamics is generalized to nanothermodynamics [#], which includes
nano scale corrections, such as deviations from the first law of
macroscopic thermodynamics
http://www.canonicalscience.org/en/researchzone/nanothermodynamics.html
General Relativity is generalized to dual interactions (of Chubikalo and
Smirnov-Rueda kind)
h_ab(r,t) --> h_ab(r,t) + h_ab(R(t))
The new non-local components h_ab(R(t)) are related to certain observed
anomalies and phenomena cannot be explained using GR.
Quantum field theory (QFT) is generalized towards the dynamical
description on the interaction region at finite times.
Etc.
(snip)
[#] Also named "thermodynamics of small systems" by Hill.
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Juan R." Gonzlez-lvarez
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| Posted: Fri Oct 03, 2008 1:04 pm Post subject: Re: Launch of canonical science reports |
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"Juan R." González-Álvarez wrote on Fri, 03 Oct 2008 11:21:24 +0200:
[quote]It is not just unification but also generalization of current
disciplines. E.g:
Thermodynamics is generalized to nanothermodynamics [#], which includes
nano scale corrections, such as deviations from the first law of
macroscopic thermodynamics
[/quote]
Correction: deviations from the *zeroth* law.
[quote]http://www.canonicalscience.org/en/researchzone/nanothermodynamics.html
[/quote]
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