The World is a Sum of All its Parts
ICC sees the problems in our digital world not as a result of technologies’ limits but as a failure in the methods, the structure, and the focus of how we implemented these technologies.
Perspective is a massive influence on how we choose to frame our world, queries, and outcomes. Our Historical Perspective has wrought Observation Bias (also called developer bias or research bias), which is the tendency to see what we expect or want to see. When a develops a tool or a system, they usually come to a project with prior knowledge and subjective feelings about how users expect to see the solution. This is not necessarily wrong!
In the early days of the PC industry, we purposely did not significantly redesign how new adopters of technology would use our new systems. We knew if we took them too far – too fast, they would balk, and sales would be lost. We stayed in a narrow lane. But, in at least fifty years, we have never reconsidered our fundamental methodologies or perspectives – Until Today!
Born of the Brain
Neuroplasticity has revolutionized our understanding of the brain. No longer an organ of discrete specialized, localized functional structures. We now know the brain is reconfigurable, always adding and subtracting neurons and remapping sections. We also believe all Neural Network Nodes are, or can be inter-connected.
ICC’s SoCR model is designed to provide this same type of continuous and infinite connections. We see every datapoint, sensor, device, and individual as intelligent neural network nodes. These nodes can be mapped. Maps can be created on the fly, are either temporary or more permanent, and nodes can be added to expand maps, or released to be used elsewhere. – Potential Benefits are Endless
Born of the Universe
Entanglement Theory is one of the most mysterious & debated theories of modern Quantum Mechanics. Entanglement. In a quantum system where two particles are entangled, their properties, such as position and spin, become correlated so that the state of one particle cannot be described independently of the other.
However, the quantum principles of Locality and Realism seem to conflict with this idea.
The principle of Locality states that the particle’s immediate surroundings determine the properties of an object and that an object’s properties are not affected by distant objects or events. However, in the case of entangled particles, the properties of one particle can be instantaneously affected by the properties of the other particle, regardless of the distance between them. This apparent violation of Locality is known as “spooky action at a distance” and is a crucial aspect of the EPR paradox.
On the other hand, the principle of Realism states that objects have definite properties, even when they are not being observed. However, in the case of entangled particles, it is impossible to assign definite properties to each INDIVIDUAL particle, as their properties are correlated, and their states cannot be described independently of each other.
“it seems necessary… to give up the idea that the world can correctly be analyzed into distinct parts, and to replace it with the assumption that the entire universe is basically a single, indivisible unit,”
“A human being is part of a whole, called by us the ‘Universe,’ a part limited in time and space. He experiences himself, his thoughts and feelings, as something separated from the rest—a kind of optical delusion of his consciousness.”
Entanglement provides the glue that allows quantum mechanics to constitute a monistic philosophy, the radical notion that there is but a single object comprising everything that exists—if quantum mechanics can be understood as a theory about nature and not, as the Copenhagen physicists maintained, a theory about knowledge.
Born of ICC
Quantum mechanics predicts that everything is actually always one whole thing. The ONE. ICC’s system of Individually Centric system is this quantum understanding implemented.
Every piece of data, device, sensor, or individual is, or can be, already connected. ICC allows users to decompose these entanglements and observe these correlations.