Reverse engineering of physical bits is a common practice. What isn’t common or hackable is a message’s entangled information that has been loaded with the exponentially increasing mathematical potential of individual entanglement encodings.
Exponentially Increasing Potentials
- A digital message is constructed by a series of physically indexed bit buckets that carry its content. Quantum indexing and entanglement encoding lifts a message’s content out of its bit buckets, erasing its physical digital structure. This transformation from physical to non-physical, dimensional to non-dimensional, lifts the message into a perfect quantum conduit where its non-physical communication transcends the possibility of being hacked.
- Quantum indexing is achieved through the generation of indexing that maps to both a zero and a one encoding path. These special indexes, that are mapped in a 1-to-2 relationship, manifest the quantum’s unique condition of zero = one, which is not hackable and not duplicatable by linear digital methods.
- Quantum indexing takes three dimensional digital messages and encodes the message’s information content by placing that content into a quantum entangled state far outside of our three dimensional universe. When it is time to recover the information, a quantum indexed message will be pulled back into our three dimensional world and reconstituted into a perfectly reproduced mirror of the original message.
- Quantum indexing introduces a revolutionary state of Information Capacitance that is achieved when the information content of a quantum entangled message exceeds the information carrying capacity of the very few transmitted bits that are required to support a decoding of a message’s entangled content. For more information please see our white paper on Information Capacitance.
The Quantum Is an Information Capacitance Field Conduit
The quantum can be loaded with non-physical information carrying entanglements that become both the transmission conduit and security key tumblers that protect a message’s information content.
Simultaneously Exceeding and Honoring the Digital’s System’s Base2 Mathematics
InfinityCoil generates a vortex that increases information potentials past the Base2 indexing of the (N) bits that define the vortex without interrupting the (2N +) potentials of the vortex.
