Quantum Engineering & Physics

Quantum Physics depends on the reviewed format of simple harmonic oscillation, below. All simple harmonic oscillation, has only few constants and variables to consider. 1.1 A = amplitude 1.2 a = amplification 1.3 x = angle, in radians 1.4 h = phase shift, in radians Always take the beginning of the wave to be from the phase shift, rather than necessarily from the axis origin. Matinga’s Wave Function 1.5 A = a * sin ( x + h ) [ constant, amplification forced osc

Matinga's Network Law All networks are a portion of the unitary, universal network. All networks are arithmetically sequenced and divided by the number of networks to elicit the universal network. In some programming instances, it is prudent to express the divisor (number of networks) separately per individual network. Example 1.1 k = [ natural number ] 1.2 A = a [ i ] , 1.3 A = a [ i + 1 ] , 1.4 A = a [ i + 2 ] , . . . , 1.5 A = a [ i + n ] ,

Chaos Law The arithmetic 2 ^ 32 expression sequence of simple harmonic oscillations is Matinga Noise Floor. The variable can be extended further by adding any sequential harmonics of the original expression to the orginal expression. Matinga Noise Floor - In Chaos Law Real numbers proceed to expand or evolve at maximum clock speed for a duration of time. 'x' is the displacement or path length, while ω is the angular velocity, multiplied by time, 't' to evolve 'x' or the equiv

Kuona ( koo - orh - nah ) - 'to see' - is the world's only frequency matching or network assimilation algorithm. All forms of network intrusion can be mitigated by network encyption, such as the Xerqon Pty Ltd 'Quantum VPN'™, in this Centreweave Pty Ltd blog site. The network may be the carrier network (carrier wave) or the streaming object (content). Legacy software operates on carrier waves or networks - each of natural number frequency. // f = frequency, (1) x/2 * Pi

The programming solution to incrementation is represented below. It is based on the system clock, in all examples. "h" is the starting time. “n” is a natural number, and “a” is a real number constant. For the algorithm to function, do not attempt to simplify the independent expression any further. BODMAS or BEDMAS both dictate the sequence forced by brackets and powers ( high order multiplication). A = n [ i ] , ( clock() - h [ i + 1 ] )/2 * Pi * ( a [ i +

The following is a VPN frequency coefficient. For regular IT, the VPN is divisor to the numerator x. That is such that the frequency coefficient is as follows a = ( ( n + 1 + h ) / n ) A Universal VPN which combines 2 or more amplitudes is unique or extremely rare in frequency distribution. The combination of both amplitudes or networks must be only shared between the two sets of networked network adaptors. Each device should operate on it o

Matinga's Arc Laws First Law Matinga's Arc Law holds that a natural number harmonic or resultant of any angle, measured in metres, or natural number power series of any angle will always intersect the same phase angle. The law is true for circular arcs as well as for Archimedean spiral arcs. Second Law Natural scalars or harmonics are measured as revolution, in radians. All straight lines are really segments of much larger arcs, like the apparently flat ground of the Earth. T

For my greatest young inspiration beyond Physics, Emily Matinga. From Energy, Work And Heat To Relativity Let us begin with a clarification of heat as a dimension of Physics. Heat has been defined as thermal energy liberated. It is measured in Joules which alludes to its being confirmed as a form of energy. Energy is the supply of power potential. Work is energy demanded. Heat is catalytic energy, and it is known as mass loss or as thermal heat loss (to the system observed)..

Database, just like quantum physics, operates on the premise of amplification switching - also understood as quantum entanglement switching. Disentanglement does not exist as a physics reality. Instead, entanglements are orthogonally displaced from each other, at differing amplifications of each particle's amplitude. Entanglement of two particles' revolutions occurs when they share the same applied, external amplifiction. To be read, an entangled revolution or an entangled st

Human beings each have a different and unique electromagnetic glow, generated by their nervous system. Electric sensors with high, constant device voltage will detect that electromagnetic, Matinga noise floor and it is only perceivable if the voltage is high gain amplified and database filtered by a computer database. The algorithm for Matinga noise floor can be reviewed in the Xerqon blog article, Matinga Quantum Noise Floor Quantified. The immediate sensory device is a poin

Potential difference is the total acceleration which exists between two positions in spacetime. The displacement may be derived from any form of energy. The most well known potential difference is that potential difference of electrical energy known as voltage. Maximum gravity or acceleration at one height and minimum gravity or acceleration at another hight represent gravitational potential difference or total gravitational acceleration. It is the technological application r

(1) y = C + x , (2) y = 3 * C + 4 * x ; (3) y = C + x , 3 * C + 4 * x ; Comma separated variable format (4) y = C + x , (5) y = 3 * C + 4 * x , from (4) + (5) (6) 2y = C + x + 3 * C + 4 * x (7) y = ( 4 * C + 5 * x )/2 Simultaneous equation format (8) y = ( a [ 1 ] * C + b [ 1 ] * x + a [2] * C + b [2] * x + a [3] * C + b [3] * x + . . . + a [ n ] * C + b [ n ] * x ) / n © Sydney Matinga 2026

A Priori is pronounced “ay-priory”. It translates to the intial conditions. In simple analysis, a priori must exist in both sides of a system for any communication to occur between the two. The qualities must be the same. The quantity may be different while they remain proportional to each other. A Priori In All Communication Anywhere where communication exist between two systems, they share the a priori which allows for the communication or active entanglement of that greate

All mathematics is sequential. Labelling each sequential element with a event space designation is the beginning of fractal expression. The most convenient event space address to use is a numerical label or a timestamp by another definition. "n" is used rather than "x". "n" represents natural number sequences or natural events rather than "x" which represents contiguous real numbers. Example y = n , n = a [ 1 ] + a [ 2 ] + a [ 3 ] + . . . + a [ n ] , y [ n ] = a [ 1 ] + a

1.1 Q = constant charge 1.2 q = variable charge, 1.3 V = quantum field 1.4 E = V * Q, 1.5 E = V * sin ( Q ), 1.6 E = V * sin ( I * ( t + T ) ), (1.6 above is the Quantum Field Equation or the Universal Field Equation) 1.7 W = V * sin ( I * ( t + T ) ) 1.8 V = R * sin ( I * ( t + T ) ) 1.9 V = V [ k ] / sin ( I * ( t + T ) ) * sin ( i + I ) At room tempera

Software The quantum server is simply a computer of arrays or records of RAM, compromised of sets or factors of electrical amplification. Hardware All computers are electromagnetic in their operation. To take the value of the relativistic computers - all electric current computers - to exclusively quantum performance they must be inductive rather capacitive in the logic and power control components. To achieve this all RLC circuits in the CPU and the remaining integrated circ

Quantum Communications Codicil to the Xerqon Intellectual Property Agreement Quantum Communications (Quancom) is required to remain exclusively civilian technology to develop or to market. 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. The terms of reference of the Quantum Communications codicil conclude

No matter type of rate we work with in Physics, we always place a harmonic in product with a unitary dimension or constant (critical dimension) of continuum with the critical dimension of frequency. That is for the unitary measure of the ‘moment’ or for once instance or one presentation, 1 Hz. To express the measure of the moment, with the same harmonic as wavelength, invoking its inverse, period is the simplest method. For instance f * λ is best λ / T when frequency has been

The Industry Profile Chromatography will develop profoundly from its integeration of a database of 2 ^ 32 - 1 arithmetic progression of frequencies for Matinga Noise Floor formulation. Many industries will grow in differention and diversification from the following technology diffusion. Identification of chemicals in any given sample will be derived from fixed patterns or from combinations and permutations of the accepted emissions spectral set. Industries to benefit are thos

Please observe BEDMAS sequencing (see BEDMAS in blog) in all examples for the correct results. For the true set of values, tabulate the f (x) result. Graphical plotting generally will not concur as the functions are novel. (1) f (x) = ( x ^ 2 ) ^ 1/2 | x | (2) f (x) = ( x ^ 1/2 ) ^ 2 , X+ © Sydney Matinga 2025