The Exyzform Theory
Based on his works on Information Materialization and Creation by Law, Lawsin discovered that the human body is NOT made up of sensors dependent on the brain but a network of intuitive objects or I.O.™, which are technically known as Exyzforms™, individually independent self-contained input and output objects of detectors, collectors, and actuators.
Exyzform™, sometimes called WiSeN (Wise Sensors Network), is a biological array of intuitive objects or sensors composed of the epidermal, olfactorial, ocular, gustatorial, auditorial, positional, equilibrial, converter, and inverse modular algorithmic processors known as iMap™.
Each IO is a package of natural, physical, mathematical instructions originally codified by its design and functionality just like a circle that always carries a piece of code(codex) called Pi (π). Even though there are hundreds of circles with different sizes, when each divides its circumference with its diameter (c/d), each one is always embedded with a Pi (3.1416).
The funny thing about these IOs is each carries a bad habit of inverting things. Lawsin named this behavior of functionality as The Inverse Phenomenon or TIP.
In this section, we will explore the chemical senses (taste and smell), membrane senses (temperature, pressure, vibration), fluid senses (balance, body position), flagella senses (voice, touch ), and the iMap or aneural network of the human form.
Remember that in any system, there are always six major components present. They are the incoming message called the input, the flowing message called the medium, and the outgoing message called the output. Technically, the sensor, where the input flows, is called the receiver; the sensor, where the waves flow, is called the carrier; and the sensor, where the output flows, is called the transmitter. All these components may function differently but the structural designs of these sensors are almost similar or identical.
Like the above illustration, the first cup is called the receiver, the string is the carrier, and the second cup is the transmitter. Notice the cups are both identical in design. However, depending on how they are used, their functionalities are different. If the cup is used for speaking it becomes a collector or receiver. If it is used for hearing, the cup becomes a dispenser or transmitter. When the word "hello" is transmitted in the second cup, the word will travel along the string, then picked up by the first cup as "hello" as well.
However, this is not true. Some strange thing is happening here. The word HELLO is transmitted as O.L.L.E.H (the letter H comes first as we speak in slow motion and O comes last). The word should be received as OLLEH instead. But, why or how is it that the "brain" perceives it as HELLO. If the brain is not present, will it still be HELLO or OLLEH? The eyes are examples of natural wise sensors.
Next to the ears are the eyes. The eyes do strange things too due to its design and function as well. A natural wise sensor as well. It also experiences the inverse phenomenon. When the eyes see an object, the object is actually inverted on the other side of the eyes. Why is this so? Geometry!
Now, do all the remaining biological sensors also experience the same inverse phenomenon?
Before we discuss the remaining biological sensors, let us identify first the different sensors that trigger our various senses. Then, the mechanisms and functions of such sensors. And finally, show the inverse phenomenon behind each sensor.
A Network of Wise Sensors
Exyzform™, sometimes called WiSeN (Wise Sensors Network), is a biological array of intuitive objects or sensors composed of the epidermal, olfactorial, ocular, gustatorial, auditorial, positional, equilibrial, converter, and inverse modular algorithmic processors known as iMap™.
Each IO is a package of natural, physical, mathematical instructions originally codified by its design and functionality just like a circle that always carries a piece of code(codex) called Pi (π). Even though there are hundreds of circles with different sizes, when each divides its circumference with its diameter (c/d), each one is always embedded with a Pi (3.1416).
The funny thing about these IOs is each carries a bad habit of inverting things. Lawsin named this behavior of functionality as The Inverse Phenomenon or TIP.
In this section, we will explore the chemical senses (taste and smell), membrane senses (temperature, pressure, vibration), fluid senses (balance, body position), flagella senses (voice, touch ), and the iMap or aneural network of the human form.
Remember that in any system, there are always six major components present. They are the incoming message called the input, the flowing message called the medium, and the outgoing message called the output. Technically, the sensor, where the input flows, is called the receiver; the sensor, where the waves flow, is called the carrier; and the sensor, where the output flows, is called the transmitter. All these components may function differently but the structural designs of these sensors are almost similar or identical.
Like the above illustration, the first cup is called the receiver, the string is the carrier, and the second cup is the transmitter. Notice the cups are both identical in design. However, depending on how they are used, their functionalities are different. If the cup is used for speaking it becomes a collector or receiver. If it is used for hearing, the cup becomes a dispenser or transmitter. When the word "hello" is transmitted in the second cup, the word will travel along the string, then picked up by the first cup as "hello" as well.
However, this is not true. Some strange thing is happening here. The word HELLO is transmitted as O.L.L.E.H (the letter H comes first as we speak in slow motion and O comes last). The word should be received as OLLEH instead. But, why or how is it that the "brain" perceives it as HELLO. If the brain is not present, will it still be HELLO or OLLEH? The eyes are examples of natural wise sensors.
Next to the ears are the eyes. The eyes do strange things too due to its design and function as well. A natural wise sensor as well. It also experiences the inverse phenomenon. When the eyes see an object, the object is actually inverted on the other side of the eyes. Why is this so? Geometry!
Now, do all the remaining biological sensors also experience the same inverse phenomenon?
Before we discuss the remaining biological sensors, let us identify first the different sensors that trigger our various senses. Then, the mechanisms and functions of such sensors. And finally, show the inverse phenomenon behind each sensor.
"Intuitive Objects always come with Beautiful Equations" ~ Joey Lawsin
Intuitive Machines™ Biotronics™ Zoikrons™ Autognorics™ ELFS™ IM™
are original trademarks and logos
solely distributed by
L.A.W.S.I.N.
Comments
Post a Comment