Collective neuron firing to get lateral and longitudinal movement of outside materials.

They would be a reverse optic nerve feedback system. You would think of the image, pull it to the glasses inner display and it would then be interpolated from that devices control output system to the meshed outer devices and they would align magnetically with timed rotations, leans, and magnetic cycles to get the resulting physical build you would want.
Outer device:
360 degrees of leaned and straight rotation in each arm, simple levers with electromagnets in each tip that can bee flipped from on state to the next.
In the center housing. Code Matrix for all possible movements. Cycles for all magnetic field interactions as well as leans, and rotations, and their combinations.
Make them taught by learners until a suitable neural network is combined and working. Program each item with its own identity.
Power: too big and heavy. Must think of an atom generator again.
Communication to eye wear. RF, or bt.
You could present the glasses information by scanning the cones and rods of the users eyes and overlaying the image into the viewing surface so they ”thought” of the image subconsciously and then they would internally visualize the material causing specific movements of cones and rods as they read the item and build the item through glasses instruction.
So if each atom has spin both forward and back in time ie that time crystals can be made to repeat in time then there must be a way to gain access to an organ and then do the same for their atoms.
Spectrometry to see through tissue
Cross action wave lengths to hold and repeat atoms up to cells up to organs chained in time forward and back continuously with continuous propagation of the wave cycle. Status of cells over time extended vastly until malfunction or outside actions remove function. Patch’s on the organs can be attached medically to donor organs to power through cellular electric jolts regulated safely to the living tissues differences. Powered by discrete units of body heat with maximums built in to avoid over voting the tissue matrices. Or fluid dynamics could do the same. Or a combination of the two may be the result with known cycle cell data. Once the body accepts the new organ, it immediately begins working to fit in with adjusted spectrometry wave propagation to allow seamless joins. I think it may be a matter of donor cells attaching enough to users cells to scar over and seal shut safely. That can be quickened if the cell materials of both donor and donee are figured out beforehand and mapped with a computer simulation for bodily welds. Then healing cells should come along and do their job cycling through.
Patch would have to cycle current cells, know when it’s attaining new cells so it knows to shed old cells so cancers don’t grow. That is also a matter of cellular matrices.
First need that cell data to get visible units deferred. Then inspect under proper system to attain atom varieties within the user.

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