The Biotronics Project was first conceptualized by Joey Lawsin when he was in high school. It was revisited in 1988 with a basic aim in his mind: to create intuitive machines that look alive, living, and with life. He collectively named these abioforms the Silver Species.
Abiozoics, which means the creation of non-life (abio) to life (zoi), is a discipline that generally studies the transformation of non-living species into living organisms. It also deals specifically with the transformation of abstract to realities or from nothing to something. The concept is based on the principle behind the ZiZo effect. Humans and other living organisms might look different from these metallic species, but in reality, both are exactly the same in biophysical and biomechanical structure. They are made up of intricate networks of sensors that trigger sets of instructions and emulate the Animation Effect.
Being alive, living, and with life are three different terms that are usually interchanged and confused. Because of these confusions in terminology, Lawsin used the word Bioform to represent an entity or system that is alive, living, and with life. An entity is alive if it consumes energy to power itself. An entity is considered living if it is alive. And an entity has life if it is both alive and living. Humans and autognorics are examples of bioforms.
On the other hand, Abioform, a term coined by Lawsin in his book The Biotronics Project, is an entity or system that is alive and living but without life (self-realization). Abioforms are entities that are alive or living but have no capability of recognizing themselves. Plants and animals, according to some studies, can't recognize themselves and thus they don't possess self-realization. They are not self-conscious. Plants and animals are examples of abioforms. The biotronics in the video is another example of abioforms
A system is a process, a sequence of instructions, or a list of activities, within a group or family tasks for a common purpose. The instructions are the electrical parts that work together to light up a living room, or entertainment equipment, or to control one's ventilation. They are the modular programs in a computer that execute commands like saving a word document, deleting an Excel spreadsheet, or copying a PowerPoint presentation. They are the modules or various sub-systems of the human anatomy grouped together to accomplish a common task - to facilitate life. These eleven anatomical systems are the skin, skeleton, muscles, heart, lymph, nerves, glands, lungs, digestive, urinary, and reproductive systems. These body systems work in a highly organized and coordinated way to assist a very well-designed living system called Homo sapiens (human beings).
In the human body system - the eyes, hands, ears, tongue, nose, and brain are called biological sensors. Sensors are classified into two: collectors and actuators. Collectors are the first line of sensors where inputs are received. These inputs, which are acquired through seeing, touching, hearing, tasting, smelling, and imagining, flow into a very intricate network of biological wires. They are stored statically or dynamically in a memory bank. This stored information or data is accessed or activated depending on the needs of the body. Once triggered, the information flows out through the biological actuators. Actuators are the last line of sensors where outputs are sent out. Collectors and actuators are linked together by a medium called carriers or transmitters. Within these biological structures, smart switches called controllers or regulators are the logical gates that connect a system to other systems.
Human is made up of several smart sensors that are turned on and off. The system of life which we call biological life is activated by these wise sensors.
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