Book 1

This may be what you speak of. I designed it a couple years ago. It has become more of a gadget to keep myself from fidgeting. I have worked out a dynamic switch on each side of it that generally lets me reverse the polarities of the lithium particles within it. I first click this side and then the other if I desire to change it back. I’ve found a great release from my compulsions with this device, since I don’t always switch it back to the inversion of mass perspective. It’s insatiable. I realize that there isn’t much of an indication that its direction of polarity is being changed, but that’s for me to know and enjoy. Hmmm yes.

I suppose if you don’t switch the lithium in the device back to the inversion of mass it becomes a time bomb and you set the detonator to 60 million years.

I guess you may be right. But possibly 60 million years after I’m done fidgeting with it.

Professor, can you design a switch that could give us very precise measurements of polarity reversals?

I suppose that is possible. What are you planning on measuring with it?

Time.

You want to time time?

Yes.

Hmmm yes.

Book 2

We have some rather interesting news so far. The spectrometer shows that the light intensity gradually diminishes as we move away from the chamber of the time machine.  It’s a perfectly gradual reduction of lumens by distance.

Hmmm, Interesting.  That may be an effect caused by the flux density accelerator.

What’s more interesting is the reason why the light is gradually increasing towards the chamber.

Yes, why do you think that would be?

The light is not moving sir and that’s why we don’t detect an energy field.  When we move away from the light source while focusing on the chamber, it no longer becomes visible.  But as we walk towards the chamber, it becomes brighter and brighter in a matter of a few footsteps.  The lumen reading at the periphery of the chamber is almost unheard of.

Book 3

Dimensions are created by the integration of motion with stasis. Their boundaries are developed over a very long time and their volume increases from the acceleration of forces where they connect. The reactive nature at dimensional boundaries is found at any moment at the center or periphery of every dimension which makes their physics accessible anywhere. Dimensional size is created when reactive forces are not able to surpass a limit of distance due to a loss of interaction. The forces created from reactivity are caused by the interaction of dimensional boundaries and use the same pressure that once distanced a larger dimension. Limitations of distance increase and decrease with density and maintain a perspective between dimensional sizes. Acceleration is caused by dimensional size change as velocity stays relative to size. Physical differences also influence velocity, although they have attributes that change their acceleration. Dynamics is an interaction between densities, that uses velocity to define a dimension’s limitations and boundaries. Acceleration is always limited by dynamics since forces have limitations caused by their boundaries. During acceleration, the physical properties of mass change to integrate force with outer limits while an internal size change becomes pressure. Pressures are caused by forces between dimensional peripheries. A change in equilibrium will either separate or force together dimensional peripheries and cause acceleration forces. The change between strong and weak force is the equilibrium between all dimensions and the interactions that change their equilibrium is energy.

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