Sensing Architecture
Origins of Sensing
In the beginning there was a Potential Field.
Out of the Potential Field came Density.
Evolution of our Reality began.
Density increased and formed Space Time.
Out of the Density of the Space Time field came Mass.
The Mass was divided by the Volume and the Density increased.
The Density was multiplied by the Volume and the Mass increased.
The Mass increased and accelerated.
Temperature began.
The Density of the Potential Field increased per unit volume to an infinite amount.
Energy as photons were released into the Space Time field.
Duration of Mass, Density and Volume began.
Temperature increased.
A Universal Potential formed out of four fundamental forces.
The Mass distortion of the space-time field; called gravitation, the electromagnetic, the weak nuclear, and the strong nuclear.
All of the forces interacted to form new Potential.
The Potential formed two types of Density called Energy and Matter.
Inorganic and Organic Matter formed.
Environment formed.
The inorganic contained energy without feedback from the environment.
The organic contained energy with feedback from the environment.
Life formed as an organic container of Density and Mass.
Humans formed as electromagnetic energy in an organic shell made of an electrolyte and chemical elements.
An electromagnetic potential around a conductor and an insulator.
Humans evolved to sense the environment of potential around them and to communicate its evolution.
Sensing Systems
Sensory Input is electrochemical interaction of the human organic container; containing the human electromagnetic entity; with the environment.
Perception is the comparison, in the neural network of the organic shell, referred to as the human brain, of the sensory input and any and all previous sensory input pathways created. If a match is found then it is re-checked and embedded further into the brain neural net by neurotransmitters forming synaptic links. The network of connections is referred to as memory.
Sensory output is the comparison of previous sensory input pathways then the activation of a sensory electrochemical output to allow checking by other humans. This is referred to as a communication or discussion.
The sensory output is referred to as language. It is the interpretative, aesthetic product of human understanding of their sensory input.
A Distal stimulus or Distal object activates sensory input via, light, pressure wave, electro-magnetic resonance, electro-chemical resonance.
A Proximal stimulus is the interaction with the human nervous system by the stimulus.
A Transduction is the process of moving the stimulus from the external environment through the sensory interface and into the human nervous system and feedback loop.
Perception is a general term for all sensory input that refers to the total environmental input, abstraction and interaction of forms of energy experienced by humans through there synaptic networks in a feedback loop with the environment.
Sensory Inputs
Sight
Is the processing of electromagnetic radiation through organic transparent membranes into the nervous system by electrochemical action.
Sound
Is the auditory perception of changes in air pressure and changes in electromagnetic radiation causing resonance.
The outer ear transfers complex air pressure harmonics in a single digital form through the ear drum into the middle ear.
The middle ear transmits and amplifies the digitized audio from the outer ear into the inner ear.
The inner ear detects resonance from the middle ear and converts the electromagnetic and air pressure waves to electrochemical energy.
The electrochemical energy is then passed into the auditory nerves into the emotional and memory areas of the brain.
Touch
This is Hapacity -Kinaesthesia. The sensing of the environment through movement and the electrochemical sensory systems of the human skin. The sensory system can detect temperature, air pressure, chemicals, electromagnetic waves, mechanical action, and electrical energy that are transferred into the nervous system and into the emotional and memory areas of the brain.
Taste
This is a chemical to electrochemical energy interchange through the human skin and into the recycling system of the human mouth, stomach, intestines, renal and anal system into the associated nervous systems and into the emotional and memory areas of the brain.
Smell
This is olfaction. The chemical to electrochemical energy interchange from the environment through the human skin and into the nervous system and into the emotional and memory areas of the brain.
Speech
This is articulator phonetics. This is air pressure causing resonance that causes air pressure changes external to the human in the vicinity of the human ear.
Sensory Outputs
Touch
This is Hapacity -Kinaesthesia. The interaction with the environment through movement. It is directed by a feedback loop of trillions of synaptic interactions activated by electrochemical neurotransmitters.
These pass electrochemical energy through the nervous system to the muscles which respond in a conditioned manner to the impulses.
The muscles then move parts of the human until they receive a feedback signal from the environment that triggers sensory input.
The loop repeats until a new reaction with the environment is reached or the sensory input matches the sensory output.
This is how a human interacts and physically alters the environment.
Speech
This is articulator phonetics. This is air pressure trapped in the lungs of the human and then released through a membrane in the throat that causes it to resonate. This resonance then causes air pressure changes external to the human in the vicinity of the human mouth.
Communication
This is the use of sensory output to create sensory input.
Synaesthesia
Is the transferring of one sensory input to another sensory input.
Language
This is the use of contextual signs, symbols, gestures and sounds in a pattern that can be understood by another human being with the same synaptic neural network and sensory input and output capability.
Architectural Connections
Architecture is one of the arts that influence the incentive systems that are used to influence and control societies.
It is fed by sensory input and communicated by sensory output.
It has developed its knowledge of sensory interaction to the point where synaptic responses can be engineered through form, volume, surface and material.
Future Architectural Connections
The future role of the functional art of Architecture is to open up the individual creativity of each individual in the population to guide them to a self sufficient level of existence independent of environmental conditions.
This allows each individual to overcome the basic environmental condition and improve there chances of survival and neural development.
This will be accomplished through technological interfaces carried by the population and linking them directly to each other anywhere on the planet. The interfaces will allow an individual to create a, multi-dimensional, artificial environment of sensory inputs anywhere, independently of local environmental inputs.
These interfaces will be able to be shared globally.
The interface will eventually create global synaptic pathways that convince the human operators that they are stable in any environment.
The human organic container will then evolve in response to these inputs to cope with the environmental conditions to allow its synaptic memory to survive.
Ian K Whittaker
Website:
https://sites.google.com/site/architecturearticles
Email: iankwhittaker@gmail.com
09/08/2013
14/10/2020
1169 words over 4 pages