Ingenuus R&D: Lab 002

[Remnant]

Project Evanescent. That's what McCool has dubbed the project relating to the wavelength that the sequencer puts out which seems to bend light around it. I was genuinly surprised when he told me to look al ittle more into it, I was almost sure that he would be putting the project on one of the other scientists working aboard the Ingenuus. I'm not complaining mind you, the Engines seem to be running quite well so far, so that gives me time to actually pay attention to other projects.

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Alright then, a quick recap from what i've discussed a few entries back. There are two different kinds of bending light. First off, a gravity source. Second, interference in this case, of Electromagnets. One of the larger forces at work in the universe, right along with gravity. I've mentioned the requirement to swap out the current electromagnetism field with the one which has the special properties to it then.

How do you go about swapping a field? If it's being projected naturally, how would you bend it to your will? Of course the first answer that comes to mind is superconductors. However that does not change a field, instead it merely can be used to create a very high magnetic force. That's not necessarily on what we are looking for.

It actually turns out, that all you merely need to do is supply it with standard energy. Energy contains natural diffusion and arc paths. If you channel a high enough current through say.. a standard metal net surrounding the perimiter around where these fields reside about three meters from the actual core, you are able to agitate it enough to diffuse from it's resting state, and move outwards. Being emitted from the powercore, it's safe to assume that it will retain the shape. This is not very big however. It's more of a forced movement. Quite obviously not something that can be used efficiently. However it's a step in the right direction in figuring this out.

An example of this effect once it's been expanded would be roughly included in the diagram below. The light effect when it touches this is quite intriguing.

Light Refraction off EM Field: Test One

Stabilization.. Alright, we have a expanding field. The rest isn't so easy.. I'll update later on the progress with that.. God help me. This is going to give me a headache.