This document discusses new equations for starlight aberration that are different from classical equations. It notes that the new equations are complicated and difficult to understand. Several people agree that it would be better for Dr. Einstein to explain the equations from the fundamentals, starting with positioning, in order to help analyze and improve judgment of the new theory. Galileo Galilei is requested to start the explanation with his equations on positioning.

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SUPERLIGHT IN ACTION
Cosmic Adventure 4.6

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Classical Starlight Aberration
The classical equations for
starlight aberration just
presented are:
Tilt angle = 𝜃
tan 𝜃 = 𝑣/𝑐
𝑢 = 𝑐2 + 𝑣2
My solutions are quite different.
𝑐 𝜃
𝑣

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𝑢 𝑥
′ =
𝑢 𝑥 − 𝑣
1 −
𝑢 𝑥 𝑣
𝑐2
𝑢 𝑦
′ = 𝑢 𝑦/𝛾 1 −
𝑢 𝑥 𝑣
𝑐2
These are my equations for
starlight aberration duly
transformed:

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Wow! These equations are
completely different from
the classical ones. They look
complicated and are hard
for me to understand.

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We don’t understand it either!!!

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Although I am one of the
originators, I too find it hard
to understand. May be it is
better for Dr. Einstein to
explain the equations from
the very beginning - from the
very fundamentals!
This would not only help the
judge to analyse the theory,
but would also help the jury
to improve their judgement.

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I agree. That is a great
idea! It is also easier for
me to deal with them one
by one.

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I am sorry Sir!
I will not do it
again!
And, at the same time, Lady Angela! You are
becoming too gaudy and flashy. Your
multifarious appearance makes me dizzy
and the juries confused. I think that your
original look as a fairy is nice enough.

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OK! Let us start from the
very beginning!

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I would like start with positioning. It
is a basic subject in classical physics
as well as in my theory of Special
Relativity.
It will be much better if we can have
the great
Galileo Galilee
to start with his equations.

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Let’s give a big hand
to the great
Galileo Galilee!

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POSITIONING AND TRANSFORMATION
To be continued o: Cosmic Adventure 4.7