From: Michael Moroney on
mpc755 <mpc755(a)gmail.com> writes:

>Your analogy is more correct than you realize.

I know it is. I just wish you'd quit hijacking it with your "mather"
foolishness.

Once again, the ice is rest mass, or energy in the form of physical
matter (E=mc^2). The liquid is other forms of energy, kinetic,
gravitational, electromagnetic etc. The total contents is the total
system energy that gravity acts upon, and in many ways the total contents
acts just like matter. For example, gravity bends light/photons (pure
liquid in my model) even though there is zero rest mass (no ice).
An electron accelerated to 511 kEv acts as if its mass was twice the
rest mass of an electron when you consider its momentum, inertia or
whatever (if a stationary electron was equivalent to 100g of ice, the
moving electron has 100g ice (the electron itself) and 100g liquid
water (its KE) in the glass. If such an electron encounters a positron
with the same KE moving in the opposite direction, you may get 4 solid
particles from the collision (2 e+ and 2 e-), one pair formed from the
KE. Or a bunch of photons.

Your "mather" and "aether" blathering doesn't predict any solutions
that QM with its mass-energy equivalence can't handle. As a "theory"
it is useless.

If you want to make your "mather" mean anything at all, you'll have to
come up with an experiment where your "mather"/"aether" ideas predict
pone thing, and QM with its ME equivelence predicts something completely
different, and then do it (have it done) to see which is corrent.
From: mpc755 on
On Feb 26, 9:35 am, moro...(a)world.std.spaamtrap.com (Michael Moroney)
wrote:
> mpc755 <mpc...(a)gmail.com> writes:
> >Your analogy is more correct than you realize.
>
> I know it is.  I just wish you'd quit hijacking it with your "mather"
> foolishness.
>
> Once again, the ice is rest mass,

The ice in you analogy is matter.

> or energy in the form of physical
> matter (E=mc^2).  The liquid is other forms of energy, kinetic,
> gravitational, electromagnetic etc.  

The liquid in you analogy is aether. The physical effects of the
aether, such as the pressure associated with the aether displaced by
massive objects is gravity, are forms of energy.

> The total contents is the total
> system energy that gravity acts upon, and in many ways the total contents
> acts just like matter.  

Because the total amount of mass in existence does not change.

> For example, gravity bends light/photons (pure
> liquid in my model) even though there is zero rest mass (no ice).
> An electron accelerated to 511 kEv acts as if its mass was twice the
> rest mass of an electron when you consider its momentum, inertia or
> whatever (if a stationary electron was equivalent to 100g of ice, the
> moving electron has 100g ice (the electron itself) and 100g liquid
> water (its KE) in the glass.  

The electron acts as if it has twice the mass because its momentum
allows it to apply more pressure.


> If such an electron encounters a positron
> with the same KE moving in the opposite direction, you may get 4 solid
> particles from the collision (2 e+ and 2 e-), one pair formed from the
> KE.  Or a bunch of photons.
>
> Your "mather" and "aether" blathering doesn't predict any solutions
> that QM with its mass-energy equivalence can't handle.  As a "theory"
> it is useless.
>
> If you want to make your "mather" mean anything at all, you'll have to
> come up with an experiment where your "mather"/"aether" ideas predict
> pone thing, and QM with its ME equivelence predicts something completely
> different, and then do it (have it done) to see which is corrent.

In AD, matter and aether are different states of mather. What AD does
which QM does not, is explain what occurs physically in nature in
order for there to be energy.
From: PD on
On Feb 26, 9:34 am, mpc755 <mpc...(a)gmail.com> wrote:

>
> > The total contents is the total
> > system energy that gravity acts upon, and in many ways the total contents
> > acts just like matter.  
>
> Because the total amount of mass in existence does not change.
>

And where did this statement become obviously correct? How do you
KNOW?
From: mpc755 on
On Feb 26, 1:34 pm, PD <thedraperfam...(a)gmail.com> wrote:
> On Feb 26, 9:34 am, mpc755 <mpc...(a)gmail.com> wrote:
>
>
>
> > > The total contents is the total
> > > system energy that gravity acts upon, and in many ways the total contents
> > > acts just like matter.  
>
> > Because the total amount of mass in existence does not change.
>
> And where did this statement become obviously correct? How do you
> KNOW?

If mass 'converts' to energy then you need to account for the lack of
there being less mass in existence, not the other way around.

The fact that AD accounts for the mass and energy means it is more
correct.

In E=mc^2 when mass 'converts' to energy what occurs physically in
nature is the mather transitions from matter to aether. The physical
effects caused by the increase in volume of the mather as it
transitions from matter to aether is energy.

The H20 analogy is accurate. I stayed away from it because H20 liquid
is more dense than ice. The physical effects caused by the H20
transitioning from ice to water is energy.
From: PD on
On Feb 26, 1:11 pm, mpc755 <mpc...(a)gmail.com> wrote:
> On Feb 26, 1:34 pm, PD <thedraperfam...(a)gmail.com> wrote:
>
> > On Feb 26, 9:34 am, mpc755 <mpc...(a)gmail.com> wrote:
>
> > > > The total contents is the total
> > > > system energy that gravity acts upon, and in many ways the total contents
> > > > acts just like matter.  
>
> > > Because the total amount of mass in existence does not change.
>
> > And where did this statement become obviously correct? How do you
> > KNOW?
>
> If mass 'converts' to energy then you need to account for the lack of
> there being less mass in existence, not the other way around.

Why? You don't have to account for there being fewer dinosaurs in
existence. You don't have to account for there being less neutrons in
beta decay. Why do you think the amount of mass in the universe does
not change? Other than the fact that you think it SHOULD be, I mean.

>
> The fact that AD accounts for the mass and energy means it is more
> correct.
>

No, it is only more correct if mass is expected to stay the same. But
you haven't said why you expect that.