Connectedness via SMS and the Point to Multipoint

SMS technology has grown rapidly since its development by Finnish students looking for a way to break the ice with women, essentially forming an electronic system where they could ask girls out on dates. The geometric and nearly exponential growth of semiconductor technology, smartphones, and the NG (2G, 3G, 4G, and 5G) networks, has meant that our population is connected universally. One question does remain, however, which is the nature of individual connectedness and the triggering or activation of multipoint UE (user equipment) via HLR and VLR connections through the networks. Usually one thinks of the IMEI and IMSI or encrypted SUPI as being the identifiers of a triggered point in the architecture of SMS. Reality, though, creates unique strings of numbers that trigger or align with numeric keys based in some circuit performance. One could theoretically place n diodes in the circuits to limit back-propagating signals, but this is not done. Traces of signals and the point to multipoint ecosystem can create an SMS UE to AMF SMF IWMSC connection through blades in data centers to the eventual E164 telephone identifier. What is happening is a natural language circuit trigger which contains the file name association correlated to specific identifiers. If one disregards the UE screen and just sticks with the Visitor Location Register or VLR and Home Location Register or HLR as the identifiers, then the correlation of output text to the real world never contains subject material.

Connections are important because they define the real world. Topological connected diagrams all the way down to the elemental and quantum particles contain metadata in their spacetime coordinate. General Physics approaches this topic with zeta calculus or a Riemann zeta function with spacetime coordinates and metadata built into the function. Although the metadata is not the subject material, those circuits do contain values that can trigger or activate certain parameters through secondary functions and circuits. When legally asked about admissibility in court, the SMS subject matter is official, if there is a clear identifiable sender and the metadata has not been tampered with. One can easily check the metadata through the blades in the data center and recover the texts. Billions of texts are sent and the network is responsible for billions of dollars of economic transactions.

Once one observes the triggering or activation of a state in spacetime, it is the energy and momentum of the activated entity that corresponds with its metadata, its intentionality, and its real world effects. This is why the subject matter of the SMS is real, just like the electrons are real, the patterns in the words are real, and the information content in the complex adaptive system is real. It is the consequentual energy landscape of the spacetime that determines the histories and the geodesics that follow from the SMS activation. These again, are also real geodesics. Emergent patterns in the subject contain measurable energy values through high order Taylor expanded eigenmode terms.

In order to maintain everything, from the blades in the data centers, the user equipment, and the software which delineates the voltages and currents which control the output on the smartphone screen, real values must correspond to the intentionality of the transmission and receiving paradigm. It means that these are human valued and human generated eigenvalues at the Rx and Tx or receiving and transmitting points of contact. Developing a transmission that involves a point to multipoint interaction is done through the triggering of circuits and identifiers such as IMSI, SUPI, or IMEI. These are encrypted and flagged, with current memory, then oriented by name place identifiers and unique number strings. Filenames are inherently part of the electronic ecosystem and in the identification regime or paradigm, they trigger downstream signal multipoint access. As such, the screen is not only a point to point connection, it is a a point to multipoint connection in the real world. It goes without saying that a message generation with string filename triggers circuit activation.

Conducting an experiment on this network of SMS triggering and activation is difficult becase of the nature of the zeta correction and the evolutionary and inflationary complexity that arises from the self-observation of the complex adaptive system. It is a system that observes its own behavior through critical communication and the SMS system activations are biased and themselves impossible to recreate via a no cloning theorem. It means that the metadata must be part of the network system and inherent in any legal admissibility claims.