Quantum Programming - Logic Gates Firmware

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All logic gates can operate on the principles of the firmware, logic gates in the example. Quantum logic will be performed via the same methodology for standard or quantum computers, without the need or use of the qubit. The qubit is based on the utility of the superposition states.

In binary, square waves they are both of the transitional states between amplifying to 1 or amplifying to 0. They are not worth considering in logical application or calculation. In a sine wave (quantum wave), the superposition is the range of amplitude between 0 and 1.

The four fundamental logic gates and the a fifth, the logic inverter, are conveyed below. The sixth item is the primary quantum gate - a quantum server.

For the logic inverter, following, a is substituted by x and || a || is substituted by f(x) to reassign the formulas as a function. That accommodates univariable expressions.

Example 1

OR

| ∑ a / n | = ( a [1] + a [2] + a [3] + ... + a [n] ) / n

a = ( ( ∑ a / n ) ^ 1/2 ) ^2 + ∑ a /n ) / 2 * ∑ a

AND

| Π a | = a [1] * a [2] * a [3] * ... * a [n]

a = ( ( Π a ) ^ 1/2 ) ^2 + Π a ) / 2

NOR

|| ∑ a || = a [1] + a [2] + a [3] + ... + a [n]

a = ( ( ∑ a / n ) ^ 1/2 ) ^2 - 1 ) ^ 2

NAND

|| Π a || = a [1] * a [2] * a [3] * ... * a [n]

a = ( ( Π a ) ^ 1/2 ) ^2 - 1 ) ^ 2

INVERTER

|| a || = ( a - 1 ) ^ 2

RAM/SERVER

a [ i ] = ( a [ 1] + a [2] + a [3] + … + a [ n ] )

Random Access Memory (RAM) is quantum storage. It stores amplifications, where a [ i ] is the array of amplifications, i. All magnetic waves represent quantum RAM. They are simply electic, direct current waves, phase shifted by Pi/4 or by 1/4 cycle of the simple harmonic, electrical oscillation. Any full and time evolving wave harmonic is a potential network of unlimited, arithmetically entangled waves. That configures quantum server.

Appendix

Simple, Quantum Harmonic

A = ( a [ i ] ^ 2 - ( x - 1/4 ) ^2 ) ^ 1/2

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