Early in 2018, I sent my book “Alice Law – Transition to (c+v)(c-v) Mathematics in Electromagnetic Theory” to many scientists for publicity. This writing “Invitation to the Light” is a foreword to that book. Nothing has changed. I'm still struggling for the scientists to measure the speed of a signal going towards a moving target.- March 2019]
Dear Scientist,
In
the past, scientists believed that the earth was flat. After a long
time measurements could be made and the earth was proved to be round.
The earth is round, we are not discussing it anymore.
Today,
scientists believe that "the speed of light is c" according to all
reference systems. However, the speed of the light which is going
towards a moving
object has never been measured and the decision has been made without
this measurement is done. What is the difference of this from claiming
that the earth is flat?
In
the past, scientists also thought that the water was falling down
around the edges of the earth because they thought the earth was flat.
Today,
scientists are thinking, as a result of these beliefs, that objects can
be shortened, time can slow down, etc, etc. If the underlying
information is inadequate, even if you are a scientist, you are driven
into wrong places beyond your volition, just as in the past, just as
today.
Make
the necessary measurement and reach the truth. Pull yourself out of the
horrible darkness, the meaningless crap you fall into involuntarily. If
you bring yourself to the light, you can enlighten and help your
colleagues.
After
a while, inevitably, (c + v) (c-v) mathematics in Electromagnetic
Theory will be accepted and the science of Physics will be cleared from
the mistakes it carries. I sincerely recommend you to read this guide
book with extra attention.
The speed of the light is not "c" relative to all reference systems.
Wake
up buddy, you need to wake up. It is not important in which branch of
physics or astronomy you work on. This is a common subject that
concerns all scientists and all human beings. Get up and start working.
Yours sincerely,
Han Erim