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Here have some proof.

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spintronic

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Nov 26, 2009, 1:03:23 PM11/26/09
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Though, I doubt you would understand.

Diff = (m_e/m_y) = 1-gamma

In a Hydorgen atom, the electron loses mass. (So does the proton
[that's important])

The electron loses the PE

But gains KE.

And throws up the difference as a putrid photon.

E = 2.17987406184652E-18j

After all that jazz.

I am right, And you are wrong.

Mass is reduced.

Dakota

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Nov 26, 2009, 3:22:34 PM11/26/09
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Photons have no mass so where does the missing mass go?

Do let us know when you publish your research on Hydorgen and its unusual
properties.

spintronic

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Nov 26, 2009, 4:50:28 PM11/26/09
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On 26 Nov, 20:22, Dakota <ma...@NOSPAMmail.com> wrote:
> On Thu, 26 Nov 2009 10:03:23 -0800 (PST), spintronic wrote:
> > Though, I doubt you would understand.
>
> > Diff  = (m_e/m_y) = 1-gamma
>
> > In a Hydorgen atom, the electron loses mass. (So does the proton
> > [that's important])
>
> > The electron loses the PE
>
> > But gains KE.
>
> > And throws up the difference as a putrid photon.
>
> > E = 2.17987406184652E-18j
.
.

> > After all that jazz.
>
> > I am right, And you are wrong.
>
> > Mass is reduced.
>
> Photons have no mass


hf/C^2 = m is wrong then.

Since E = hf.

Then E/C^2 = m is wrong too.

(According to you that is)

> so where does the missing mass go?

It's not missing, the photon has it.

If this were a gravitational field, you could say the Dark Energy has
it.


> Do let us know when you publish your research on Hydorgen and its unusual
> properties.


Why would I publish?

Everything I need to say, can be said here.

That way you can question your author directly.

Dana Tweedy

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Nov 26, 2009, 6:54:43 PM11/26/09
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Indeed, this is proof that one should not post while drunk

DJT


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