Re: The HOAX of the neutrino invention. After 95 years don't know shit.

On Mon, 7 Apr 2025 13:29:23 +0000, rhertz wrote:

>
gharnagel , answer the following question, as you love so much
relativity and LCE:
>
You have a 1 Watt green laser (with an attached battery) placed in the
top of a pole of 100 mt.).

I have no idea what a "mt" is.  A hundred mountains?  A metric tonne?

It's turned ON for just one second, expending 1 Joule.
>
On the ground, a receiver (with an attached battery) absorbs such energy
entirely, and waste it as HEAT.

Why do you believe heat is waste?  It may not be.

This set (laser-receiver) operates in vacuum. Assume that this
experiment is performed on the Moon.
>
From WHERE comes the EXTRA ENERGY created along the downward path of 100
meters, and that equals to:
>
   Energy gain = 1 Joule x 100MG/(R^2 c^2)
>
M and R are the mass and the radius of the Moon.
This PROBLEM exists since 1911 (Einstein's gh/c^2).

Don't you realize that it would exist even using Newtonian physics
if you left out the fact that you didn't include ALL of the energy
input?

As you can see, the conservation of energy in such an isolated system IS
VIOLATED.

Apparently, I see more than you do :-))

From where does the extra energy that appeared due to the blue shifting
of the laser beam in 100 meters?
>
Relativity DESTROY the Law of Conservation of Energy, and nobody said
shit about it.

That's because everybody has more intelligence than you :-)))

The same happens with relativity and LCM.
>
Go ahead, EXPLAIN THIS VIOLATION OF THE LCE.

There is no violation.  You have ignored an energy input: The laser
is at a higher gravitational potential than the receiver.  Either
ignorantly or intentionally, you have ignored that potential energy
energy in your calculation.  Total energy is H = T + V.
In your situation, T = 0 but there is still V.  Consider a modification
of your experiment.  The laser is sitting on a lunar mare and shoots
its pulse horizontally to a lunar rover with a receiver.  The mare is
flat so V = 0, but the rover is moving toward the laser and receives
a blue-shifted pulse.  Where did the extra energy come from?  Doppler
shift, of course: T > 0.  Whether the Doppler shift is due to relative
velocity or gravitation, energy is conserved.
"By denying scientific principles, one may maintain any paradox."
-- Galileo Galilei