Discovering the Rotation of a Hot Bulb: Michelson Morley and the Solar System

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The discussion revolves around the concept of detecting the rotation of a hot bulb in relation to the Michelson-Morley experiment and the solar system. It questions whether the speed of light (C) combined with the bulb's velocity (V) can be observed, suggesting that only the source's rotation around a distant point (X1) matters. The poster describes a home experiment involving a camera and a bulb, which resulted in observing a line, indicating motion. The inquiry focuses on interpreting the significance of this line in the context of the experiment. Overall, the discussion seeks to clarify the implications of the observed results on the understanding of light and motion.
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Homework Statement



X
.
.
.
.
.Rope
.
.
.
.
Bulb >>> Light
-----> V

Hot bulb is making rotation . Exist C + V ?

Michelson Morley

X1..............solar system


Not exist C+V = only Source is making rotation around X1 ?

X1 - far far point in space


Homework Equations



C = 300 000 000 m/s

X1
.
.
.
.
.
R distance ?
.
.
.
.
.
camera ---Vx ------>
.
.
R+ 1 m
.
.
Bulb ----------Vy---------->

omega = Vx/R = Vy/R+1 ====> Vy = (R+ 1 ) / R * Vx

The Attempt at a Solution



24h long picture test

X1 .........Camera .....1m ......(doth ) [ cover ] bulb

Camera is open 24h
if doth = Line we can register motion ?


My problem is simple I made in home test and I see line
What mean that I see line ?
 
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Do you really think people can make sense out of what you've written here?

Chet
 
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