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Chemistry


Work ‘Is’ Negative Energy
Sine waves are natural waves, exhibited in all materials including the spacetime manifold which is the densest matter as energy. Sine squared waves are the output of magnetic junctions or dielectric between two alternative conductors. One side will produce a negative charge bias. The other will produce a positive charge bias. That results in two different sine waves - the first is negative (from -1 to 0 in amplification) while the second is positive (from 0 to 1 in amplificat
Sydney Matinga
Sep 22 min read


Matinga’s Electromagnetic Law
Time is the is contextual factor ever present in all physics, either as time evolution itself or as the rate of time evolution as period of another dimension. In all of physics, there is Energy liberation known as Work. Liberation always takes time.Time evolution of a given rate of dimensional change is the name of that process. Potential difference, which is voltage in electrical physics, is the following phase of current flux known as charge. When current flows, it is known
Sydney Matinga
Sep 11 min read


Matinga Valence - Chemical Valences & Atomic Spectrum Quantification
Example 1 In the example, above, there are distinctively 7 valences or orbits or energy bands, represented by dotted lines (energy levels) and the 7 intersecting angles of Pi. The ratio comes a circumference of 22 to diameter of 7. Pauli's Principle is seen in the mirroring of the 7 series distrribution below the upper distribution. The bands each each have an orbital series which is self-similar in repeating a similar pattern once, for the filling of the period table, in Che
Sydney Matinga
Aug 312 min read


Decay Algorithm
Decay begins with a constant. The constant is translated to a cumulative dependent variable. In physics the first element in the sequence is a constant dimension. It is subject to a change of energy phase in reduce its magnitude. In Decaying orbits can be represented by the algorithm below. The algorithm is represented below, at 2. x = ω * t x is a variable. All other characters represent contestants. A = C * e ^ ( a [ 2 ] * -( x + h )/
Sydney Matinga
Aug 221 min read


Canoleum™ Diesel - The Modern Aviation Gas & Rocket Fuel Source
Aviation has can, in major part, be replaced by diesel. It will auto-ignite at 210 °C. At high air to diesel ratios and high air-fuel mix pressure the charge can replace aviation fuel as it burns at around 873 K, at a further 1 500 atm. The power is calculated below, where electromagnetic or heat speed is c, the speed of light. SI (international system of units) units are used as is standard for time comparative physics calculations. For example, 5 kg * m/s can be represented
Sydney Matinga
Jul 291 min read


Valence Defined by Physics
The quantum field equation reveals that identity such as atomic number is directly proportional to frequency. Voltage or potential difference is directly proportional to valence. The de Broglie wavelength combined with E = m * c ^2 will lend the capacity to translate between the chemical identity and its frequency. © Sydney Matinga 2026
Sydney Matinga
May 301 min read


AuraRaid™ Remote Or Aerial Surveillance Human Identification
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
Sydney Matinga
May 172 min read


Potential Difference - the Full Definition
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
Sydney Matinga
May 151 min read


Declaration Of Laws Of Science Defined
A scientific law is established when a theory is tested by an existing law and found to be of greater value in analysis of nature when it delivers more complete answers than the previous law. A law also exists if a theory has been completed and is irrefutable in contemporary enquiry. A mathematical proof is an experiment to test whether a theorem validates as a Law. Peer review is best and most swiftly achieved via publishing in professional or independent media with opportun
Sydney Matinga
May 41 min read


Fractal Mathematics
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
Sydney Matinga
May 31 min read


'Matinga's Field Pressure Law' & Fundamental Forces
Matinga's Field Pressure Law Nature only propagates repulsive force. Attractive forces are resultant forces or forces observed from the direction opposite their point of origin. Polar Attractions See the full, detailed brief of the Polarity Law below. A [circle] = 2 * Pi rad * d/2 - radius rotated around planar angle 2 * Pi rad sweeping total circular plane of Pi rad * d , when the equation is simplified. Vol [inner cone] = 2 rad * ( Pi rad * d ) for 2 identic
Sydney Matinga
Mar 302 min read


UPH-Scanner™ - Universal Photoelectric Scanner - Employing Xerqon's 'Entangled Chromatic Pair'™ Law
For the presented technology development, amplify the output received by the radio sensor, analogue, field effect array. A 2.4m x 1.5 m radio-sensor plate equivalent (to include the largest people as subjects) is made of thinly film-coating, insulated copper plate. Apply electrode pairs to one length and another to one breadth of the plate, with an electrode at either end of the contact plate-edge. A field effect array is what will have been configured. There will be a stea
Sydney Matinga
Feb 182 min read


Chromatography™ And Radiography™
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
Sydney Matinga
Feb 185 min read


METREAC™ Formula - Metallic Chemistry Formula
Metals all have electron valences of (1+) to (3+) or of the less than (4+). Dielectrics all have valences of more than (4 -) . The remaining elements are semiconductors whose valences are neutral. Carbon and Silicon are notable semiconductors. Carbon is the more conductive for some allotropes such as graphite. Metals are still more conductive. Graphite and metal exhibit a common trait. They are both high in deeper than surface level sheen or dense sheen, as they differ from d
Sydney Matinga
Feb 92 min read


Positron Identified
The Positron Demonstrated Observe the electron cloud of the first image. All That is the image with the electron pair aligned to the x axis. If the electron was the cloud portion on the negative side of the y = x axis, so is the alternative portion on the positive side of the same axis. The whole electron cloud would rotate on the axis together, with a secondary point of rotation - the xz plane. This result in 2 states. When one end o the cloud is oriented towards x = - infin
Sydney Matinga
Dec 12, 20251 min read


‘Activation Curve’™
Time-Measurable System Reactions System reaction curves are indicative of what occurs in natural reactions of both types. They are endotropic (solid curve) and exotropic (dashed curve) reactions. In the graphically plotted examples, the system in examination is the external environment - the more convenient system to measure and manage. The graph makes it possible to measure the full time-evolution of a reaction for the first instance in our history. The functions produce fra
Sydney Matinga
Dec 12, 20253 min read


Natural Distribution Function
The Natural Distribution Function is a correction of the Normal Distribution Function. The shape of the originally accepted curve assumes an infinite axial base, rather than a finite axial breadth. That breadth is related to one sample magnitude. Nature’s forces and related fields all evolve to displace matter according to square functions or simply parabolically distributed dimensions. It is the assumption of an infinite horizontal axis which leads to the distorted (stretche
Sydney Matinga
Dec 12, 20251 min read


Charge Reversal - Chemical Valence
Metal Atoms are Anions and Vice Versa Metals are shiny or reflective of the electromagnetic spectrum as a direct deflection of one photon spin or rotation merging with the net revolution of the electron field of the metal surface. The metal surface electron revolution (scaled spin/rotation) would produce many diffusive reflection results. They will always average to a mean of net zero deflective angle of reflection for a polished surface. The angle of incidence of a photon is
Sydney Matinga
Dec 12, 20252 min read
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