ALICE IN PHYSICS

Touristic Tour

First Stage

AIRPORT

Han Erim

12 July 2011

A touristic tour idea came to my mind for those who are curious about the Alice Law. Some things lose their charm when taken too seriously. The Alice Law is one of those things. While guiding you here, I also get the chance to say things that I normally wouldn’t say. Let’s not dwell on it too long. If you are here, it means you are ready to join the tour of the Alice Law. Let’s begin our journey. We will quickly transition into the Alice Law by first addressing the topic of time.

First, let’s look at the animated figure below. Alice is sitting on a rod placed on protrusions located on the minute hands of two clocks. Start the animation by pressing the Start button. As you can see, both clocks are approaching or receding from Alice at equal speeds. Alice’s position is always equidistant from both clocks.

Now let’s ask two questions and answer them.

1) According to Alice, will both clocks always run synchronously? Yes, they will run synchronously.

2) Does the motion of the frame in which Alice and the clocks are located prevent the clocks from running synchronously according to Alice? No, it does not. As long as Alice is at the midpoint of the two clocks, the equality never breaks for her. According to Alice, the tick-tock intervals of both clocks are always equal.

(!) If the speed of the frame relative to us is equal and opposite to one of the clocks, that clock becomes stationary in our reference frame. We will use this later. I felt the need to mention it so you don’t become confused.

Why are you looking at me like that? Can’t a six-year-old girl have different hobbies and toys? Besides, she is Alice. You wanted to see Alice, so here she is.

In our second example, let us consider the Gryphon sitting on top of one of the clocks. As seen in the figure, the other clock approaches and recedes from Gryphon.

Again, we ask two questions:

1) When Gryphon compares the tick-tock intervals of the clock he is sitting on with those of the moving clock, will he find a difference? Yes, he will. We know this because we have tons of experimental data confirming it. Gryphon will measure that the tick-tock intervals of the moving clock are different. He will observe time dilation on the right-hand clock.

2) Does the motion of the frame in our reference system affect Gryphon’s measurement results? No, it does not. Whether the frame moves or stands still, Gryphon finds the same values in his own reference system.

The fact that the clock Gryphon sits on is moving is not important. The right-hand clock is moving relative to him, and that is what matters. In short, according to Gryphon, there is only one moving clock, and it is the one on the right. Besides, by moving the frame, we can keep whichever clock we want stationary in our own reference system.

You are giving me strange looks again. Did Gryphon surprise you? Better get used to peculiar things. This is the Alice Law.

Animated Figure 3. Now let us transition to the theory of relativity.

According to Albert Einstein’s theory of relativity, if we place a rod on the minute hand of the clock Gryphon is sitting on, and another rod on the minute hand of the moving clock, the angle of the rod should constantly change because the clocks supposedly run at different rates. Since time dilation is considered a real physical effect in that theory, this outcome is unavoidable.

Animated Figure 4. Now let’s move on to the Alice Law. Gryphon is sitting on the left clock, and Alice is again sitting on the rod. Thus, we have combined the first two figures above. Now things suddenly get complicated. Will the rod behave according to Alice’s reference frame or according to Gryphon’s? What do you think? Will the rod remain parallel to the ground, or will its angle change?

If the rod’s angle were to change, Alice would certainly enjoy it—she would think she was in an amusement park. But there is only one consistent answer we can give here: the rod must behave according to Alice’s reference frame. That is, the rod must always remain parallel to the ground. This is the primary fact. Therefore...

This unavoidable result leads to several important conclusions. First: Albert Einstein’s theory of relativity does not reflect reality. There is certainly an error in this theory. Second: if something called Special Relativity exists (whatever it may be), it must confirm both Alice in the first figure and Gryphon in the second figure. Points 1 and 2 are unquestionable. The incorrect part is 3.

Since the rod must behave according to Alice’s frame, it means both clocks also run synchronously according to Gryphon. However, since Gryphon still finds different tick-tock intervals for the right-hand clock, there is only one place left to examine: the clock signals coming from the moving clock to Gryphon. We must analyze how this effect arises. Indeed, if these signals are examined carefully, the solution reveals itself naturally.

At this point you need to take a breath, pause, and think. In this very short section, very big things have happened and been completed. If you are going to continue on this journey, you must be sure that there is no mistake in the logic used here. From the moment you reach the conclusion that the rod must remain parallel, all extensions and all logical consequences based on the mathematics and reasoning of Albert Einstein’s Special Theory of Relativity — such as space-time, time dilation, space contraction, and even E=mc² — are no longer valid. I would like you to fully appreciate the magnitude of the destruction brought by the Alice Law.

The more strongly you are attached to the rules of physics and mathematics, the more you will feel the destructive power of this collapse. My advice: leave everything you have learned and brought with you about Special Relativity right here. On this journey they will only be a burden to you.

The Alice Law has slowly emerged from within such a great destruction. Over time it has developed, and similar concepts have also appeared in the Alice Law. However, their logic and mathematics are, of course, different.

Beyond this point lie the boundaries of the ALICE LAW. If you would like to get informed about it quickly, you can read the article series titled Alice Law and the Theory of Relativity. The most up-to-date information about the Alice Law is there, and it is still ongoing. You may also read other complementary publications on the aliceinphysics.com website.

In the first stage of our tour, I have only shown you the great destruction caused by the Alice Law. Of course, the Alice Law is not just this, but I had to show you this first. Otherwise, you would not be able to leave behind what you have brought with you.

Ladies and gentlemen, our touristic journey is beginning.

NEXT PART: IN FLIGHT

This section was added on September 6, 2011.

The Answer of the Alice Law:

In electromagnetic interactions between frames moving with respect to each other, electromagnetic waves undergo an absolute deformation. Time dilation appears as a natural consequence of this deformation.

Gryphon sees the right-hand clock through the electromagnetic waves coming from that clock to him. Since the clock is in motion with respect to Gryphon, the waves coming from it become deformed. Therefore, Gryphon observes time dilation.

Time dilation also exists for Alice, because both clocks are in motion with respect to her. However, since their speeds relative to her are equal, the time dilation occurs equally on both clocks, and simultaneity is preserved.

In reality, both clocks run synchronously, and therefore the angle of the rod does not change. Time dilation is a perception.

You can see how time dilation occurs and how the deformation is formed at the link below:

What is time dilation, how does it occur? (Part 4)

To make sure you have no questions left regarding the Airport section, I recommend that you also read the next part, IN FLIGHT.

AIRPORT

"Dear passengers, welcome aboard our flight ALC 335. Angry Queen Airlines wishes you a pleasant journey."