Mutations, evolutions...

[Brett Nortje]

This field of research, study, application and practice I am calling "Bionetics." It is the synergy between biology and genes of various animals, and, so far, my team has managed to simulate a perfectly photographic memory, graphene bone lacing an skin toning, adrenaline optimums, sonar and echolocation to name but a few.

But, now, it is time to get serious! There are major upgrades in the future! We need to harness energy using organs and infuse it with ourselves, and produce 'in to out,' and 'in to stay in,' effects! This will be like;

[1] 'Lighting organs,' for discharging a electrical eel or sting ray charge, across a great distance like sonar.

[2] 'Invisibility organs' and functions, to allow for non detection.

[3] 'Blinking organs,' to transmit the information of the mutant to another location as if a 'quick trip.'

[4] 'Regeneration capacity,' like a lizard's tail function. Also to keep the mutants young, as they cost so much to produce with nano bots.

There are my first four topics, please bear with me...

[Brett Nortje]

The way I see it, we can combine sonar discharges with a static pulse to produce a lighting bolt. If we were to send this wave to the object, then we could use friction to generate the static, yes?

Obviously we could charge the signal with force, but that would be a pure 'force sonar bolt.' This would only require a bigger organ though, but it is an option, yes?

So, to get the charge to the sonar signal, we could simply create friction. This would be like rubbing our hands together, so, maybe if we were to have like huge flaps of skin that rub together, like our hands creating static, or, simulating an eel or sting ray, we could create this fantasy come life?

Now, if we were to want the static to travel along the signal, we could simply combine the two into one organ on the forearms.

[Brett Nortje]

This I found hard with equipment, let's see if we can make it work now? The theory is that we need to create a field of shadow, where we would - of we observe our shadow on the ground, we could see that it is down to filtering rays, yes? Or, we could filter the air around us by reflecting it, of course. I am going with option two!

So, the field of lithium could be generated by condensing air around us. This will not affect the ground, or objects, as it will be weak! This means we can emit a 'field of air instability' where the air condenses to a certain density, and, draws that towards us or pushes it away from us, or, optimally, stops it from affecting us, trapping all oxygen inside the field, yes, but also containing us in a reflective shell, where the reflection could be set to push, so we can see outside, yes?

This could be triggered by the nervous system, emotionally, and function as a organ in the solar plexus, where the field is generated by 'perspiration,' of course.

[Brett Nortje]

This is a simulation of magic where the mutant can move rapidly from place to place. This will be done by sing vector theory - there is no need for depth for a two dimensional object. Or, we could make a fourth dimensional function, where we suck them through space to another place? This could be where we use our 'fields' to pull that place closer, and, then travel there by way of blinking, of course.

This can be done by 'magnetism,' where we emit, at the location, the focus of the field. Then, we can use the force of the organ to pull it nearer, us to it, usually. This would mean we need to form a bond with it temporarily, and then see us drawn to a bigger object, thus is gravity.

Now, this organ needs to be made out of magnesium, as that is an organic metal, yes? This can be positively and negatively charged, so good luck for me! This will be easy to sort out...

[Brett Nortje]

This could be down to having adrenaline rush to and congest on cells and wounds. Of course, the actual age of the creature will be affected, slightly, so,t to keep them young, in the solar plexus, we could insert a organ for producing eggs, or embryos, where they will stay inside us and divide into young cells, of course.

Balancing these things out might be hard...