Alice Law Version 7

Preface

Han Erim

May 7, 2012

ALICE LAW AND ALICE MATHEMATICS

PREFACE

Thank goodness we have finally reached the days when I can talk directly about the Alice Law itself.

I believe it was around the years 1997–1998. It’s such a distant memory for me that I can't recall exactly. I was trying to develop a computer program. My goal was to create a file compression program using number systems. At a certain point in my work, I realized that the mathematics I was working on was compatible with the law of gravity in physics. From that moment on, my whole life changed. This mathematics began to draw me deeper and deeper into the world of physics. I first encountered fields, and later the mathematics of (c+v)(c−v), and from there I was led into the theory of relativity. Eventually, I found myself in the middle of a boundless ocean. What began as a mathematical model evolved over time and reached the extraordinary state that is now known as the Alice Law.

In fact, until now I never had the opportunity to explain the Alice Law itself. I’ve never presented it directly anywhere; instead, I always spoke about its consequences. Maybe I hesitated, or maybe it was because the theory of relativity never fully settled into place. But now, the Alice Law has completed its own theory of relativity. Moreover, it has succeeded in unifying the Theory of Relativity with Electromagnetic Theory. Given this, a natural environment has arisen in which I can finally speak directly about the Alice Law itself. Ohhh, how wonderful. The Alice Law is finally returning to its essence and is reaching a state where it can focus on its own matters.

Here, I will make the first real introduction to the Alice Law itself, but I will not go into too much detail because the main goal of this work you hold—Alice Law Version 7—is to explain the theory of relativity completely, from beginning to end, without skipping any topics.

What is the Alice Law?

The Alice Law is a theory of physics based on a specific mathematical model about fields. In fact, it is more of a mathematics-heavy theory than a purely physical one. As I mentioned earlier, I arrived at this mathematical model by coincidence, and once I noticed its connection to physics, I wanted to give it a special name. That’s where the name "Alice Law" comes from. I also gave a name to the mathematics I was working on: I called it "Right-Hand Mathematics."

Right-Hand Mathematics is truly a comprehensive topic and not limited only to physics. I don’t know whether a subject like this would interest you, but I believe that those with an interest in mathematics will find it genuinely engaging. Because Right-Hand Mathematics can be applied in many areas, and it’s a topic with seemingly endless scope.

Since our topic here is the Alice Law, I will focus on the aspects of Right-Hand Mathematics that closely relate to physics. Additionally, the Alice Law has its own very specific physical postulate based on this mathematics. You can find this postulate in the second part of this chapter.

The power and potential of this mathematics, and the ideas it has given me, are what led to the creation of this work you now have in your hands. I felt a responsibility to explain this mathematics to you and share it with you. In doing so, I am fulfilling my duty toward it here.

Han Erim