Telecommunications Technology

The least distracting tools for effective and productive conference meetings in this 21st century is #Google and #WhatsApp - both with video and audio disabled, in business mode. Video audio recording would only be enabled for the security CA (Certifcation Authority) #WhatsApp must include screen sharing to compete for screen view. Video and Audio both represent legally onerous distractions for professional meetings. They are for social meetings only. ©

Human beings each have a different and unique electromagnetic glow, generated by their nervous system. Semiconductor sensors will detect that electromagnetic, Matinga noise floor and it is more perceivable if amplified and database filtered by a computer database. The algorithm for Matinga noise floor can be reviewed in the article, Matinga Quantum Noise Floor Quantified. The immediate sensory device is a point radar antenna (see the Point Radar article in this blog). The fol

Figure 1 System Modules (Not to scale) Bi-directional, axial rotational, Electric Turbofan & Motor/Dynamo Semi-evacuated, hollow cylinder chamber Semi-evacuated, hollow cylinder. (Aqueous, CaCO3 battery or Lithium battery housed below) Buttressed, structural support frame strut Turbofan, support frame strut Dynamo on vertical, rotating axis Figure 2 The platform would mount communications or sensory devices from the base of the alternator at 6, at the lowest portion of Figure

4G and 5G radio towers are already in place around the world's inhabited geographic zones. A replacement for satellite is proposed for telecommunications signal normally carried by the orbital base stations. The replacement is Ground Station Local Area Network (GSLAN). It may be substantially easier to place relay towers between the inhabited zones introduced, above. The entire array would function even better if the power of the communications network was supplemented by an

The Law of (Quantum) Entanglement Quantum entanglement or superposition is synchronous amplification alignment - Sydney Matinga, 2026 The wave above is produced from the following. c, i = [natural numbers] n = c + i Please select "n" as a large number which not a power of 10 A = Sin ( x ) where x = θ, ω * t, A = Sin ( ω * t ), Sin ( 2 * Pi * ( 1 hz ) * t ), Sin ( 2 * Pi * ( 1 / ( time_st [ 1 sec ] - time_st [ 0 sec] ) )

To track a wave, you must track its most important variable. That is the wave's angular constant. The equation below will search for that constant by generating a variable wave. It is similar to a regular constant wave except that it periodically shifts its angle of propagation to form new standing waves, in succession. When wave propagation angles match, in the variable, search wave and the target, transmitted wave, maximum attenuation of from wave superposition will occur.

To encrypt one wave or to render it private, arithmetically combine (add) another wave amplitude to it. It forms a hybrid wave or hybrid amplitude. Since amplitude is causality (see the blog article Wave or Quantum Causality Quantified ), a new causality or causal, dependent dimension is established. Privacy is guaranteed if a unique and private frequency is used for the encryption key. Example Wave interference, even in 2 dimensions, is prohibitively difficult to track and f

Simple Point Source Radar Antenna To achieve the most accurate and precise radar performance or for best radio performance, an universal, mast antenna is proposed to fulfil the dual requirement. A standard, very narrow conductive, metal loop stands tall as the basic antenna. It is lightly, electrically insulated an covered from its base to almost its full height, save for the tip, by a well insulated, conductive, reflective fitted, tubular, metal sheath. The sheath should hav

Square Wave or Binary Wave Generator The algorithm, following, describes a perfect square wave or binary logic wave. A = ( ( ( Sin ^ 2 ( Pi * θ + 7 * Pi / 4 ) - 1 / 2 ) ^ 1/2 ) ^2 + ( Sin ^ 2 ( Pi * θ + 7 * Pi / 4 ) - 1 / 2 ) ) / ( Sin ^ 2 ( Pi * θ + 7 * Pi / 4 ) - 1 / 2 ) © Xerqon ABN 97661410108 2026

Matinga’s Quantum Dependency - Noise Floor Function All events and systems in physics and in any form of communication must contain some a priori - earlier information shared between communicating portions of the system. This means any detection (absorbing/reading) of any signal or energy transfer is only possible if the fundamental, unscaled or unamplified energy element is in both emitting/writing portions. This means the quantum randomness must be re-designated the term qu