Alice
Law – Academic Message

Han Erim
hanerim@gmail.com

April
11, 2025

In Electromagnetic Theory, there is a lack of knowledge regarding the
electromagnetic interaction between objects in relative motion.
Known
Things in Current Physics:
Let there be a Source Object
emitting at a wavelength of λ0 and a frequency of ƒ
0. According to wave
speed mechanics, equation [1] is valid for a light signal emitted from
the Source Object:


If a light signal emitted from the Source Object has traveled toward a
Target Object in motion, then the wavelength of the signal has changed.
The wavelength of the signal measured at the Target Object, according
to the Doppler Shift equation, becomes
λ1 [2]:


The v value in the Doppler Shift equation is the relative speed between
the Source Object and the Target Object. The "±" sign in the equation
means "+" if the two objects are moving away from each other, and "−"
if they are approaching each other.
The frequency of the signal arriving at the Target Object with a
wavelength of
λ1
and a speed of c, becomes ƒ
1 in accordance with wave
speed mechanics [3]:


Unknown
Things in Current Physics:
The
unknown issue above is where the change in wavelength occurs and the
chain of events that develops depending on it. In Doppler Shift, the
change in wavelength occurs at the moment of signal emission. The
change of the signal’s wavelength causes a change in the speed of the
emitted signal. As a result,
according to the Source Object’s own reference frame, the speed of the
signal sent to the Target Object in motion, in accordance with wave
speed mechanics, becomes different from the speed of light [4]:


Deriving equation [4] from equations [1] and [2]:


The c ± v value in the equations is the speed of the signal sent to the
Target Object according to the Source Object’s own reference frame, and
this is a very clear fact in Alice Law [5]. If the Source and Target
objects are in motion relative to each other, this value is always
different from the speed of light.


Therefore, equation [3] (c =
λ1.ƒ
1)
shows that electromagnetic waves
move at speed "c" relative to their target of arrival.
Conclusion:
This work titled Alice Law contains all the information and evidence
necessary to prove what I have stated here.

There is a need for people within the physics community who can grasp
the importance of this issue. I sincerely hope you will be one of them.

Respectfully,
Han Erim
www.aliceinphysics.com