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tech / sci.physics.relativity / the Graviton, the Photon, and the Gluon masses are known, thanks to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real Physics Dept

SubjectAuthor
* the Graviton, the Photon, and the Gluon masses are known, thanks toDenoco Inc.
`* Re: the Graviton, the Photon, and the Gluon masses are known, thanksTom Roberts
 `* Re: the Graviton, the Photon, and the Gluon masses are known, thanksDenoco Inc.
  `* Re: the Graviton, the Photon, and the Gluon masses are known, thanksTom Roberts
   `* Re: the Graviton, the Photon, and the Gluon masses are known, thanksMaciej Wozniak
    `- Re: the Graviton, the Photon, and the Gluon masses are known, thanksDenoco Inc.

1
the Graviton, the Photon, and the Gluon masses are known, thanks to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real Physics Dept

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Subject: the Graviton, the Photon, and the Gluon masses are known, thanks to
the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg
Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real
Physics Dept
From: Denoco...@yahoo.com (Denoco Inc.)
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 by: Denoco Inc. - Wed, 1 Mar 2023 17:44 UTC

the Graviton, the Photon, and the Gluon masses are known,
thanks to the Real Math Dept (not the Fake Math Dept):

Graviton mass = .000...1 kg
Photon mass = .000...1 kg
Gluon mass = .000...1 kg

As measured by the Real Physics Dept
(not the Fake Physics Dept) being:

Graviton mass = .000...1 kg
Photon mass = .000...1 kg
Gluon mass = .000...1 kg

DI

Re: the Graviton, the Photon, and the Gluon masses are known, thanks to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real Physics Dept

<kW2dndMQR_bbAWL-nZ2dnZfqlJ9j4p2d@giganews.com>

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https://www.novabbs.com/tech/article-flat.php?id=107554&group=sci.physics.relativity#107554

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From: tjoberts...@sbcglobal.net (Tom Roberts)
Subject: Re: the Graviton, the Photon, and the Gluon masses are known, thanks
to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg
Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real
Physics Dept
Newsgroups: sci.physics.relativity
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 by: Tom Roberts - Wed, 1 Mar 2023 18:41 UTC

On 3/1/23 11:44 AM, Denoco Inc. wrote:
> [...]

Just making stuff up and pretending it is true is not useful. You REALLY
should learn something about the subject before attempting to write
about it.

The photon mass has never been measured, but experimentally it is
consistent with zero having an upper limit of 1E-18 eV.

The graviton mass is presumed to be zero, based on theoretical
arguments. There are no experimental data on its mass, but theoretical
inferences from observations imply that if it exists its mass is
comparable to, or less than, that of the photon.

The gluon mass is presumed to be zero, based on theoretical arguments.
Experimentally its mass could be as large as a few MeV.

Tom Roberts

Re: the Graviton, the Photon, and the Gluon masses are known, thanks to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real Physics Dept

<61d91a19-11b4-4f56-9a62-90ffac15f0cbn@googlegroups.com>

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Subject: Re: the Graviton, the Photon, and the Gluon masses are known, thanks
to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg
Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real
Physics Dept
From: Denoco...@yahoo.com (Denoco Inc.)
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 by: Denoco Inc. - Wed, 1 Mar 2023 18:51 UTC

On Wednesday, March 1, 2023 at 12:41:22 PM UTC-6, Tom Roberts wrote:
> On 3/1/23 11:44 AM, Denoco Inc. wrote:
> > [...]
>
> Just making stuff up and pretending it is true is not useful. You REALLY
> should learn something about the subject before attempting to write
> about it.
>
> The photon mass has never been measured, but experimentally it is
> consistent with zero having an upper limit of 1E-18 eV.
>
> The graviton mass is presumed to be zero, based on theoretical
> arguments. There are no experimental data on its mass, but theoretical
> inferences from observations imply that if it exists its mass is
> comparable to, or less than, that of the photon.
>
> The gluon mass is presumed to be zero, based on theoretical arguments.
> Experimentally its mass could be as large as a few MeV.
>
> Tom Roberts

We've already measured them. Catch-up.

DI

Re: the Graviton, the Photon, and the Gluon masses are known, thanks to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real Physics Dept

<A-ednTDvaYI7PGL-nZ2dnZfqlJxh4p2d@giganews.com>

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From: tjoberts...@sbcglobal.net (Tom Roberts)
Subject: Re: the Graviton, the Photon, and the Gluon masses are known, thanks
to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg
Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real
Physics Dept
Newsgroups: sci.physics.relativity
References: <cb06481f-3656-467b-8b70-474ee89639a3n@googlegroups.com>
<kW2dndMQR_bbAWL-nZ2dnZfqlJ9j4p2d@giganews.com>
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 by: Tom Roberts - Wed, 1 Mar 2023 19:04 UTC

On 3/1/23 12:51 PM, Denoco Inc. wrote:
> On Wednesday, March 1, 2023 at 12:41:22 PM UTC-6, Tom Roberts wrote:
>> On 3/1/23 11:44 AM, Denoco Inc. wrote:
>>> [...]
>>
>> Just making stuff up and pretending it is true is not useful. You
>> REALLY should learn something about the subject before attempting
>> to write about it.
>>
>> The photon mass has never been measured, but experimentally it is
>> consistent with zero having an upper limit of 1E-18 eV.
>>
>> The graviton mass is presumed to be zero, based on theoretical
>> arguments. There are no experimental data on its mass, but
>> theoretical inferences from observations imply that if it exists
>> its mass is comparable to, or less than, that of the photon.
>>
>> The gluon mass is presumed to be zero, based on theoretical
>> arguments. Experimentally its mass could be as large as a few MeV.
>>
>> Tom Roberts
>
> We've already measured them. Catch-up.

Again, making stuff up and pretending it is true is not useful.

For a summary see:
https://pdg.lbl.gov/2022/tables/rpp2022-sum-gauge-higgs-bosons.pdf

Experimental details:
https://pdg.lbl.gov/2022/listings/rpp2022-list-photon.pdf
https://pdg.lbl.gov/2022/listings/rpp2022-list-graviton.pdf
https://pdg.lbl.gov/2022/listings/rpp2022-list-gluon.pdf

Not one of the references gives a value, they only report upper limits.

Tom Roberts

Re: the Graviton, the Photon, and the Gluon masses are known, thanks to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real Physics Dept

<21bce39c-9683-4baf-b88a-8ba5a0547052n@googlegroups.com>

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Subject: Re: the Graviton, the Photon, and the Gluon masses are known, thanks
to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg
Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real
Physics Dept
From: maluwozn...@gmail.com (Maciej Wozniak)
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 by: Maciej Wozniak - Wed, 1 Mar 2023 20:28 UTC

On Wednesday, 1 March 2023 at 20:04:17 UTC+1, Tom Roberts wrote:
> On 3/1/23 12:51 PM, Denoco Inc. wrote:
> > On Wednesday, March 1, 2023 at 12:41:22 PM UTC-6, Tom Roberts wrote:
> >> On 3/1/23 11:44 AM, Denoco Inc. wrote:
> >>> [...]
> >>
> >> Just making stuff up and pretending it is true is not useful. You
> >> REALLY should learn something about the subject before attempting
> >> to write about it.
> >>
> >> The photon mass has never been measured, but experimentally it is
> >> consistent with zero having an upper limit of 1E-18 eV.
> >>
> >> The graviton mass is presumed to be zero, based on theoretical
> >> arguments. There are no experimental data on its mass, but
> >> theoretical inferences from observations imply that if it exists
> >> its mass is comparable to, or less than, that of the photon.
> >>
> >> The gluon mass is presumed to be zero, based on theoretical
> >> arguments. Experimentally its mass could be as large as a few MeV.
> >>
> >> Tom Roberts
> >
> > We've already measured them. Catch-up.
> Again, making stuff up and pretending it is true is not useful.

And we're FORCED!!! To THE BEST WAY!!!!
Aren't we, poor halfbrain?

Re: the Graviton, the Photon, and the Gluon masses are known, thanks to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real Physics Dept

<c8a6cf10-f7f9-47ad-a696-e73daa6dffaan@googlegroups.com>

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Subject: Re: the Graviton, the Photon, and the Gluon masses are known, thanks
to the Real Math Dept (not the Fake Math Dept): Graviton mass = .000...1 kg
Photon mass = .000...1 kg Gluon mass = .000...1 kg As measured by the Real
Physics Dept
From: Denoco...@yahoo.com (Denoco Inc.)
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 by: Denoco Inc. - Thu, 2 Mar 2023 08:01 UTC

On Wednesday, March 1, 2023 at 2:28:31 PM UTC-6, Maciej Wozniak wrote:
> On Wednesday, 1 March 2023 at 20:04:17 UTC+1, Tom Roberts wrote:
> > On 3/1/23 12:51 PM, Denoco Inc. wrote:
> > > On Wednesday, March 1, 2023 at 12:41:22 PM UTC-6, Tom Roberts wrote:
> > >> On 3/1/23 11:44 AM, Denoco Inc. wrote:
> > >>> [...]
> > >>
> > >> Just making stuff up and pretending it is true is not useful. You
> > >> REALLY should learn something about the subject before attempting
> > >> to write about it.
> > >>
> > >> The photon mass has never been measured, but experimentally it is
> > >> consistent with zero having an upper limit of 1E-18 eV.
> > >>
> > >> The graviton mass is presumed to be zero, based on theoretical
> > >> arguments. There are no experimental data on its mass, but
> > >> theoretical inferences from observations imply that if it exists
> > >> its mass is comparable to, or less than, that of the photon.
> > >>
> > >> The gluon mass is presumed to be zero, based on theoretical
> > >> arguments. Experimentally its mass could be as large as a few MeV.
> > >>
> > >> Tom Roberts
> > >
> > > We've already measured them. Catch-up.
> >
> > Again, making stuff up and pretending it is true is not useful.
>
> And we're FORCED!!! To THE BEST WAY!!!!
> Aren't we, poor halfbrain?

They have their measurements, and we have
our measurements, precision and accuracy:

Graviton mass = .000...1 kg
Photon mass = .000...1 kg
Gluon mass = .000...1 kg

DI

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