3D LED Cube Arrays ability to interact like a photocell (digital camera sensor) with depth opening an entire universe of possibilities.
Consider between two points could exist a span of ytHolographic Data.
That's a lot of information stored into volumes of interacting materials.
We begin by distributed pings that coordinate a landscape, a three dimensional (3D) distributed Pingdom for interconnecting channels, each object correlation being a channel, a port for signaling.
With engineering, relativity, and architectural drafting for vanishing point logic, a foundation is set for lightware processing.
The ability to cross reference using volumes and fields, when considering the 3D lattice a distributed communications cube or MiCi Cube.
These papers dive into the cutting-edge concept of lightware, a protocol for directing energy, data, and communication through photonic networks and distributed energy fields.
With lightware, the ability to coordinate data back via echo return amperage onto the right ground common pin, the proper protocol trigger signals.
The bow wave of yet unsolved and how to NET lightware evolve.
QR Logic Layer Of Data with Interference Between Two Cubes.
Two MiCi Cubes connecting, the first layer of this distributed protocol is sharing what's known.
By using RGB brightness levels, we can mimic the cube’s EM field measurements.
Each of the cube’s 12 edges displays interference patterns representing the combined effects of these fields.
An observer could then use these edge patterns to reconstruct the field strength and measurements from any external point.
The QR OFDM interference checksum allows for the calculation of conditions on the far side of the cube, providing a comprehensive representation of the internal dynamics.
The overlap of what's known is the foundation of trust, expanding object references between the two.
Persistent references later become channels.
The Slide Rule Light Speed Sensors & Checksums ground common into protocol trigger signal.
By using interference patterns and applying coherence we arrive at a new era of civilization.
We've explored the applications of this technology and it's symphony of capabilities.
With the ability to localize input/output into optically triggered vibrational patterns to measure or collect energy based on the delay between gravitational waves and electromagnetic waves we gain a temporal shield.
The ability for the LEDs to emit light and sense provides for a communications core for that we like to call Unison.
By weaving the above capabilities, we'll go ahead and lightly draft the biggest game changer even if it's rather difficult to believe.
