Quancom™ - Quantum Communications And Quantum Power

Quantum Communications Codicil to the Xerqon Intellectual Property Agreement

1. Quantum Communications (Quancom) is required to remain exclusively civilian technology to develop or to market.

2. There is no context for which Quancom may be developed pursuant to the development for military strike purposes or for operation of military strike technology nor should Quancom be developed for military support purposes.

3. The terms of reference of the Quantum Communications codicil conclude here.

The Law of (Quantum) Entanglement

Quantum entanglement is synchronous amplification alignment and overshadowing of alternative amplifications - Sydney Matinga, 2026

Quancom VPN

A quancom VPN is simply a unique amplification. It must be over a factor of 2, and it must be an improper fraction. A simple VPN algorithm (VPN database generator) is represented below.

(1) n = [ natural number ]

(2) h = [ natural number ], private key above 10

(3) a = ( 2 ( n + h ) + 2 ) / 7

Quancom Server

The quantum signal transmission will occur by writing programming scripting into two separate network devices. One network device will be programmed with the scripting from (4). The other network device will be programmed with the scripting from (5). The two devices must not be physically networked by cables or radio signal. For absolute certainty of quantum communication, rather than electrical or electromagnetic communication, the devices must not even share a mains power supply.

In the following example, the entire quancom network is amplified by the quantum carrier amplication, "a [ broadcaster_id ]". It amplification ratio is

( 2 ( n + h ) + 2 ) / 7, as indicated, in (3). Each successive or subsidiary network must have its own unique amplification, greater than that of "a [ broadcaster_id ]" , to be read.

For a network to communicate and be read by the user, its paired amplifications must be identical in every respect, except for phase shift, as long as the phase shift or phase difference is no equal to Pi. That phase shift value will lead to signal loss. As the amplification magnitude for each network pair must be unique and absolutely identical, for experiment it must be copied to removable flash storage, to be populated to each device, without variation. It is twice stored as the same amplitude of the target amplification.

Each of "A [ broadcaster ]" and "A [ receiver ]" is an array (server). The unique and necessarily replicable networks - also represented as amplitudes - can be recorded in perfect replication via email distribution, for industrial production. That can be done after the signals are recorded as looped MIDI waves. They do not need to be audible, unless sound files are what is being transmitted.

There are two servers:

A [ broadcaster ] , A [ receiver ].

Each may be expressed as singular network or many network relationship.

In the production application the process of amplification will be database automated. The computer network transferring quancom networks (active, quantum states or amplitudes) will change amplifications locally and populate them as new amplitudes derived from earlier networks, as indicated in the algorithms below. That process will all be user operated, initially, to be followed by software applications, later.

The broadcaster amplification will be multipied by the power output in the transmitting power station's transmission network.

The populated network will be also transmitted to the smart, receiving power network. That is a power network with low device amplification and a low signal amplification, while it may share that signal amplication with that of a full, grid power transmission.

Begin with factor of above 2 amplification, "a [ broadcaster_id ]" of "A [ content_id ]", then increase the amplification at the broadcaster computer, while the populated network is active in all required devices. As long as the networks are private or unique, then according to quantum entaglement priciples, increasing the broadcast amplification will proportionately increase the floating, reactive amplification in the receiving devices.

The user initiated amplification changes must be directly controlled at the broadcast server. To amplify at the receiving device, directly would be counter to the aim of the transmission. It does serve well for local printing or local population of the content signal, "A [ content_id ]".

Quancom Algorithms

(4) A [ broadcaster ] = a [ broadcaster_id ] * a [ content_id ]

* A [ content_id ]

(5) A [ receiver ] = a [ receiver_id ] * A [ broadcaster_id ]

"A [ contant_id ]" must have an amplification of a unique factor of above 2. If further amplification is required, in the second device, it will come from "a [ broadcaster_id ]" which must be amplified by a minimum factor of 1 to begin with - effectively a standby level of amplification. The same amplification pairing modality must be enabled for the similar relationship between "A [ broadcaster_id ]" and "a [ receiver_id ]".

To broadcast and to further strengthen the broadcast signal, amplify "a [ content_id ]" as the following formula indicates. Similarly, amplify "a [ receiver_id ]" to increase the reception strength, independently of "a [ broadcaster_id ]". To amplify one amplitude or network adapter, is to amplify the entire network of two adapaters by the same shared (by factor of 1:2) amplification. Each successive network must be incrementally more amplified than the last netowrk to create a dsicrete network array or database. Each those amplications is a [ content_id ].

(6) n , i = [ natural numbers ] ,

(7) a [ content_id ] = n [ i ] + 2 ,

(8) a [ receiver_id ] = n [ i + 1 ] + 2 .

The quantum network operator should never be required to populate any power transmission in their distribution network.

The future is today

© Xerqon ABN 97661410108 2023