Binary Interfaces

Interface: A collection of functions (or methods)   In windows binaries are used to interface programs written in different languages to create instances of a server program as requested by a client program. Binary interfaces, the universal translators that make possible the accumulation of knowledge and rise of consciousness. Consciousness, the CPU equivalent that handles binaries. Binaries extend from the norm presented in computing; from 128-bit to 256-bit, to 512-bit, to 1024-bit and so on. What is known now is only but fragments collated, as the world weaves in a tightly bound matrix. Matrix presents the arena where nature’s events unravel. Kaufman’s POCE’s, the bits the binaries consist off. Fresh out of the dive in the quantum world the organized bits of information, the essence of the universe at its basic level, in Kaufmanns universal matrix, in computing with its interfaces that makes it possible for program processes to communicate with one another to connect despite being written in different languages. All these fragments must be put together as they are all part of a universal underlying truth that waits to be revealed in a form of revelation. The mind knows but it does not tell. Everything that surrounds us is brought into awareness via binary interfaces and consciousness is able to decipher and use them. Complexity is arising by means of these interfaces. Binaries which make it possible for the relational matrix to advance from level to level higher and higher. Consciousness uses these binaries to bring into existence all these floating bits and zeros around us, enveloping them with skin amassing them with substance.

Tessellated patterns   Tessellations and congruent interfaces We recognize, react, act upon patterns. These patterns make up interfaces, their patterned form is presented as a stimulus. Stimuli, several stimuli emanate, are deduced, are included in a particular pattern. In the same way that a certain pattern of shapes can be presented in several ways by a group of pupils (different flavors).  A pattern of shapes, can easily be a pattern of signals. That pattern can be broken down to the basic units of matter, quanta. Can have a digital nature or more inclusive can contain information, organised in patterns and in doing so it conveys different chunks of information. Digital, ones and zeros, it is a way only to convey information. Information can be transferred in other ways too, in analogue. How can this be imaged in quantum terms?  Is, a pattern of quanta formed, a way to convey information?          Any pattern, presented to the human brain, is a pattern of quanta and can contain information. But is the kind of information that the human brain can analyse and make use of? That will depend upon the human machinery, machine, the mechanisms it uses to make sense out of a given pattern, the hardware and the software as well. And these mechanisms are neuron firings, neurons specialised as far down as neurons firing in response to straight lines, particular colours, direction, a particular smell. This can only be a small part of a given pattern. A pattern is bigger, can fill our visual field. A neuron acts as part of a group and that group is used to make up a bigger part of a pattern but still not all. A bigger group, a supergroup needs to be used to include an even bigger part of the pattern but still not all. Finally the whole of the brain needs to be used to include the full pattern in front of us. That denies any further breakdown down to quanta as being significant for the rise of awareness. We do not have special detecting sensors to be triggered by quantum changes. Quanta might make up the patterns we analyse and the brain which we use to analyse the patterns but other than that quanta do not seem to be involved in the processes and the processee.  We exist in the froth, as it has been described, oblivious to what is underlying the froth, floating and we analyse the froth, in the classical world. Of course both objects and object observing machine exist because of quantum interactions. Quantum changes affect or should affect both or we are not aware of this since our object detecting mechanisms detect only changes in the froth. We are ignorant, unable to observe underlying changes responsible for the existence of the forth. And there comes knowledge to tell you that there is a lot underlying the froth.  You start imagining how things are, then start finding connections of the quantum world and the froth through which you can detect the world you can not see through the world you can see. That is possible since the classical world is made from the quantum world so there should be something left over from all the bursting bubbles that make up the froth on to the froth for us to see either directly or indirectly with the use of tools.

Assembled quanta   It may all lie in the need to interact, to assemble, to create new structures arranged in levels, following up the guiding principle that the whole is more than the sum of its parts and as such is different from its parts and the laws that govern them. Once assembled its compelled to find new rules, new laws to interact in its present assembled structure with the other similarly assembled structures residing in the same level in ways unreminiscent of its past, oblivious of its origin. Though these laws, novel and different from the laws of the structures derived from, are yet affected by the laws that underlie them, but in ways hidden to the level above. There must be some sort of feedback, positive and/or negative, depending on the situation, which governs the relationships of the components from level to level. If certain factors are at critical points increase the effects of a specific relationship (positive feedback) or if certain factors increase at critical points decrease the effects of a certain relationship (negative feedback). This can be effected (bi-directional) both ways up-down and down-up the level. From the whole to the parts and form the parts to the whole. Needless to say that these changes will have further changes imposed, as the arrangements and the interactions emanating from these arrangements will change. Mathematics should be able to find the laws governing such a behaviour and able to find formulae to express such changes. The mathematics pertaining the ascension in the hierarchical levels. Formulae to describe the relationship of the whole to its parts, detect, analyse, and describe emergence.

Mathematical analysis of feedback mechanisms   Feedback as playing a role in the interpretation of patterns by the human brain.

Binary nature of interfaces.   The "bits" that make an interface are not the same in all systems. As the systems are organised at different hierarchical levels with components that are part of other systems or they are systems on their own sake the binary nature of each system changes. A "bit" of a higher level system is composite made up from the lower level "bits" of the systems included in it. In turn each of the included lower level systems are comprised by "bits" that are composed by their specific lower level system "bits" and this relationship continues right down to the quantum level. Each "bit" at each level is a special organisation of the quantum load (the number of quantum entities) they carry. As you go up the steps in the hierarchical ladder the quantum load increases exponentially. The organisation of the quantum entities of a "bit" at each level confers the component of that level its specific properties (environment or system variables) appropriate to the level they reside. These properties manifest themselves spontaneously pre-determined as a result of the specific level organisation required with the included quantum entities destined to act , behave as a unit, the component. The randomness of the quantum world enslaved, ensnared in restrictive systems of low entropy.  However the carrying "bits" of each system in any level in the hierarchical ladder do not stop to "feel" the impact of their random nature. No matter whether they are locked and destined to act as a unit the interactions within the unit and with other units and their carrying quantum entities continues. Though they are bound to act as a unit due to the constraints carried by the specific level organisation required they express their impact of their continuously changing dynamic nature in ways appropriate and within the boundaries of the carrying system but ways that are challenging and testing for the system forcing to extend its boundaries. They carry with them a boundary extending potential.  The boundary extending potential is more profound at the higher hierarchical levels where the quantum load is greater and the potential combinations endless. In the social space in a classroom in a group of people for example the anger state of each member of a group makes up the binary interface which can be called by pointers to create an instance of a program, an object, a moment of existence.

Pseudo-objects and the creation of reality   In the organisation of pseudo-objects that interact between themselves and create instances of existence that form patterns made up fleetingly. As new interactions continue to replace the fading ones and doing faster than they vanish the pattern (or its majority) continues to exist and that is what we experience (New Scientist, 26 February 2000, pp.26-28). The interaction between the pseudo-objects can be entanglement. Virtual particles and their potential of becoming real particles when they interact with other real particles might be a way to change the nature of the arrangements and thus of the interface.

The human level   At the human level the interfaces appear as patterns, neuron firing patterns conveyed by our senses, the client part, forming binaries with the firing patterns potentially can be created by other means beyond the senses or from senses which are not specific for a particular interface. Each interface carries the methods which instantiate the objects the behaviour patterns the actions etc, the server part. Examples of interfaces being: a face a smile a situation  sounds scenery                                           Building up an arsenal of interfaces as we gather experiences. The client programs being images, sounds, sentences, words, touch contact which directly stimulate neurons and induce a firing pattern. Neuron firing has a binary nature. The firing pattern propagates and stimulates other areas o the brain. The binary nature of the interfaces is comprised by individuals, persons, components, units. There can be interfaces comprised by processes non-tangible arrangements of procedures, events, yes or no states, one or zero states. Group of events provide, present a pattern, provide the binaries forms the interface. The interface carries methods functions. Methods instantiate instances, moments of existence, objects. We can define the process space where the "processes" are. It is virtual? The space defined as the place a process unfolds, unravels its events, where its components reside, act, move. Process or system space is where a process take place. A system is made up of  components and process space. Relationships exist between the components of a system and the components and the process space. The relationships are defined by the (environment) variables. The variables can be system , local, global. A process involves interactions between the components and components and the space they reside. Systems are building up complexity and they are in hierarchical levels. Each level is built as a system. Systems in different hierarchical levels communicate with each other by interfaces. Let us accept that interfaces exist between systems in a hierarchical structure. Each system can be thought of comprised by units that talk another language having another alphabet.

Components   The structure and quality of components. The components, making up the bits and zeros our interfaces recognise, are composite. Individuals the object-subjects and other objects that request placement in our reality canvases, appear to us as  components, either in a bit or a zero state, as it is expressed in the hierarchical emergence level we acknowledge their existence. The components existence – object-subjects and objects alike – and their associated state, bit or zero, is a result of emergence through the preceding hierarchical levels as they follow the commands of  the programs prevalent in each respective hierarchical level. The rules of emergence dictate that at each hierarchical level, the whole is more than the sum of its parts, therefore acquiring attributes that are distinct from the attributes pertained in the parts they are made of, the parts they are composed from. Emergence is holistic in nature. This holds true for each preceding hierarchical level, as the parts in each level assemble to make up a whole.  –  level  of a wider system, a higher level system. Components should be defined in ways that make them universally applicable, as well as the definitions of the interfaces, relationships, transfer and variables.   The object being a behavior pattern a particular state, actions, events unfolding in the theater the stage (arena) provided by the carrying space (terrain). Bubbles contain components

Interface call-up   Methods, like buttons you press, call up an interface. The interface, in its turn, calls methods functions that determine how a person reacts, acts upon a certain situation, behaves. Methods or functions can be hardwired, learned, inherited. They are dictated by the environment, the environment variables. The client (the mind) calls the interfaces (neuron firing patterns). Interfaces reside in memory and are called by pointers to their memory location. Pointers are triggered by the methods, the pressed buttons. They follow up threads; paths taken, which they carry the pointers. Threads, in their turn, switch on and off; they are specific to pointers and interfaces alike. Threads provide the context and are influenced by it. Once a thread is active it will only access and therefore pass pointers to the relevant interfaces and no other. Interfaces, which do not make up part of a thread’s repertoire, can not be accessed. The currently used thread must be switched off, to allow another thread to switch on and carry the pointer to the  memory location of the new interface.

Dream of revelation   What woke me up at such an hour wanted to come out and reveal itself, it was a process in need of clarification. The tree rebelled, as it could not take any more, assumed anthropomorphic qualities, uprooted itself to assert control in its overcrowded patch of space by its suffocating offspring siblings, establish its status and create a new form of existence by means of an interface, an interface apparently hidden but which can be known and once known can be used to create instances of existence. And the entity that followed and guided me to the way I could find out where the interface lied and in a windows-like folder search bring the interface out to a computing-like environment, an environment variable which once introduced it could provide the means of connection and provide instances of a program; a process similar to a server program instances (create and destroy objects) as they are brought out by the client program. So we can assume an equivalency of the computing idea of an environment with its resident programs and its floating variables with the idea of the environment, the contents and the space (surrounding) it is included in; the relational matrix as similar with resident programs and floating variables which if provided with the specific interfaces will bring out existence. Instances of existence instantiated in server-client manner. The client being awareness and the server being consciousness. The interfaces lurking in the wider environment, as it is the existence-expression of consciousness, including us as an integral part awaiting to be called up by client programs built-in deep in our mind; brain patterns, sequences of firing (process) neurons (structure); triggered by pointers aiming at their location in memory, receptors transducers able to receive waves like the advanced and retarded Feynman waves which resemble the processes the resident programs or the way that permeate and propagate in the wider surroundings and our minds with the transducer chip-like structures which their essence as yet elusive incomprehensible; the nature of which still puzzles people unexplained such as the reason why in cloning the egg ovum decide whether to allow stem cells to develop into their relevant tissue or not, which it would depend on factors residing in the deeper more essential basic level of information depending on the bits and zeros the quantum world requires to build interfaces, up and to eventually bring about complexity, in an upward spiraling level-like organisation giving rise to phenomena tangible to our senses at the higher levels.

Time and space attributes of interfaces   This is not the first time I have observed this coincidence or deja-vous which is a pattern in itself or put it clearly a pattern that extends in space and time and more in the time constituent which it comes as a natural consequence of an emerging pattern. The actions which somehow generate, create a pattern which its parts are lying there in front of you, either being placed unconsciously in the past by your own acts or by walking over to where they are or have been placed. Time, past or future and space work in a determined way, a way that fits a certain pattern. Once you have entered the landscape of a pattern the rest of the pattern will unfold naturally in front of you. Several examples spring into my mind in support of this claim as with the consistency of attitudes, the result of hardwired brain reflex actions brought about by the constant feedback fashion interaction with the world at large, which when followed bring the desired or sought after outcomes. This is what makes me think if it is bearing any kind of relation to the fact that we live in the froth but the froth and its constituent quanta, determine the way we act, despite the fact that our brain seemingly is made up only to observe, respond and detect macroscopic changes of the froth.