Re: Scalar waves

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Sujet : Re: Scalar waves
De : nospam (at) *nospam* de-ster.demon.nl (J. J. Lodder)
Groupes : sci.physics.relativity
Date : 01. May 2024, 08:46:09
Autres entêtes
Organisation : De Ster
Message-ID : <1qsvgli.k63lrjkvjhthN%nospam@de-ster.demon.nl>
References : 1 2 3 4 5 6 7 8
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Thomas Heger <ttt_heg@web.de> wrote:

Am Mittwoch000001, 01.05.2024 um 07:27 schrieb Ross Finlayson:
On 04/29/2024 11:10 PM, Thomas Heger wrote:
Am Dienstag000030, 30.04.2024 um 07:55 schrieb Thomas Heger:
Am Montag000029, 29.04.2024 um 15:28 schrieb Ross Finlayson:
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It's rather as there's a physical constant.
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It's 1.0. In natural units, it's infinity.
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Or, there's a physical constant.
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It's infinity. In natural units, it's 1.0.
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I don't like this 'c=1 thing', because 1 is a natural number, while
speed/velocity have physical dimensions with v = dx/dt.
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Because time and distance are not measured with the same units, c had
to have units.
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Now 1 has no units whatsoever (because it is just a number) you cannot
say, that c is one.
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Actually meant were:
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lightyears and years.
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And c = 1 lightyear/year
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This is (trivially) true, but has units.
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TH
...
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The reason to require a unit for c:
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EVERY physical quantity is composed from a numerical value and a unit!
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In case you would like to use something called 'natural unit(-s)' as
unit, this would be perfectly ok, but only if - say - 'nu' is properly
defined.
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If you like to define 'nu' you would end up in a dilemma, because c is
assumed to be 1 one these natural units.
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That would be a definititon, which is based on itself (what is not
allowed).
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Such a 'circular' definition is something, which is referring to itself.
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Such definitions violate important principles of logic.
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TH
>
 
 
The dimensional analysis of course is the attachment of a mathematical
model to a physical model at all, then with regards to usual
"dimensions" being quantitative and geometrical.
 
 
The dimensionless really does have any number of "balanced implicits"
in it. Any sort of "1 unit/unit" is a thing, and as well in the
quantities, "1 goes-to-1-from-the-left/goes-to-1-from-the-right",
sort of arrives at the same thing.
 
 
Well, in reality 1 means a natural dimensionless number.

Nonsense. That 'dimensionless' doesn't belong there.
And 1 being a natural number doesn't have a meaning.
It is, by the mathematical definition of natural number.

Having no units says, that c is unitless and has only the numerical value 1.

Your misunderstandings in a nushell.
All it says is that 'length' and 'time' are measured in the same unit.
(apart from an inconvenient numerical factor)

This is precisely what all working physicists have been doing
ever since the abolition of the meter as an independent unit
at the 17th CIPM, 1983.

Jan

--
[snip more misunderstandings]

Date Sujet#  Auteur
28 Apr 24 * Scalar waves55Thomas Heger
28 Apr 24 `* Re: Scalar waves54Ross Finlayson
28 Apr 24  +- Re: Scalar waves1Dominick Csikós
28 Apr 24  +- Re: Scalar waves1Ross Finlayson
29 Apr 24  `* Re: Scalar waves51Thomas Heger
29 Apr 24   `* Re: Scalar waves50Ross Finlayson
30 Apr 24    `* Re: Scalar waves49Thomas Heger
30 Apr 24     +* Re: Scalar waves6Thomas Heger
1 May 24     i`* Re: Scalar waves5Ross Finlayson
1 May 24     i +* Re: Scalar waves3Thomas Heger
1 May 24     i i`* Re: Scalar waves2J. J. Lodder
3 May 24     i i `- Re: Scalar waves1Thomas Heger
1 May 24     i `- Re: Scalar waves1J. J. Lodder
1 May 24     `* Re: Scalar waves42J. J. Lodder
1 May 24      +- Re: Scalar waves1Maciej Wozniak
3 May 24      `* Re: Scalar waves40Thomas Heger
4 May 24       +* Re: Scalar waves28Ross Finlayson
5 May 24       i+* Re: Scalar waves23Thomas Heger
5 May 24       ii+* Re: Scalar waves2Ross Finlayson
5 May 24       iii`- Re: Scalar waves1Ross Finlayson
5 May 24       ii`* Re: Scalar waves20J. J. Lodder
6 May 24       ii `* Re: Scalar waves19Thomas Heger
6 May 24       ii  `* Re: Scalar waves18J. J. Lodder
6 May 24       ii   `* Re: Scalar waves17Mikko
6 May 24       ii    `* Re: Scalar waves16J. J. Lodder
7 May 24       ii     `* Re: Scalar waves15Thomas Heger
7 May 24       ii      +* Re: Scalar waves6J. J. Lodder
7 May 24       ii      i`* Re: Scalar waves5Maciej Wozniak
8 May 24       ii      i `* Re: Scalar waves4Thomas Heger
8 May 24       ii      i  `* Re: Scalar waves3J. J. Lodder
8 May 24       ii      i   +- Re: Scalar waves1Maciej Wozniak
9 May 24       ii      i   `- Re: Scalar waves1Thomas Heger
8 May 24       ii      `* Re: Scalar waves8Mikko
8 May 24       ii       `* Re: Scalar waves7J. J. Lodder
8 May 24       ii        `* Re: Scalar waves6Ross Finlayson
9 May 24       ii         `* Re: Scalar waves5Thomas Heger
9 May 24       ii          `* Re: Scalar waves4Ross Finlayson
9 May 24       ii           `* Re: Scalar waves3Ross Finlayson
10 May 24       ii            `* Re: Scalar waves2Thomas Heger
10 May 24       ii             `- Re: Scalar waves1Ross Finlayson
5 May 24       i`* Re: Scalar waves4J. J. Lodder
6 May 24       i `* Re: Scalar waves3Ross Finlayson
6 May 24       i  `* Re: Scalar waves2J. J. Lodder
6 May 24       i   `- Re: Scalar waves1Ross Finlayson
5 May 24       `* Re: Scalar waves11J. J. Lodder
6 May 24        `* Re: Scalar waves10Thomas Heger
6 May 24         `* Re: Scalar waves9J. J. Lodder
6 May 24          `* Re: Scalar waves8Ollis Kalakos
7 May 24           `* Re: Scalar waves7Thomas Heger
7 May 24            `* Re: Scalar waves6Parkis Escarrà
8 May 24             `* Re: Scalar waves5Thomas Heger
8 May 24              `* Re: Scalar waves4Tamerlane Oldfart Lefévre
11 May 24               `* Re: Scalar waves3Thomas Heger
11 May 24                `* Re: Scalar waves2Ross Finlayson
12 May 24                 `- Re: Scalar waves1Ross Finlayson

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