Presentation for the 4th Annual Isaac Asimov Science Symposium.
General Hendrix, Omni-Pol.
(handwritten note: thinking of oranges before the presentation may help relieve the anxiety)
We are all familiar with the phenomenon of things getting smaller when they are moved farther away. This was proved already 540 years ago by scientists Minogue and Korsakov. I have been studying the Minogue-Korsakov equations and it seems they only account for one direction. The object does get smaller when its moved farther away, but they do not fully explain why the object gets larger when it is moved closer.
It is clear the distance affects the size of the object. The intention of this paper and the following experiments (handwritten note: Add results of the experiment in appendix 4.3a), is to artificially negate the effect of distance when moved closer, thus preserving the smaller size.
The negating of distance when moved farther away will be left outside of the scope of this study. (handwritten note: Remember to look at the audience.)
I have discovered, on paper, that one can apply flux to the 3rd equation to get the mathematical proof of successful negation. To put it simply, the effect of flux is to create 2nd degree inverted philogasm on the 3rd equation, 2nd differential. We can all see the diagrams of it here. (handwritten note: turn on the projector, slidesets 4-15).
In laboratory conditions...
(handwritten note: make the slides of the experiment, present them here)
This will open huge possibilities for the miniaturisation of speed cameras, thus making them more cheap to produce, for the benefit of us all. Thank you."
