@Retordinals @cexaline @TroyCaylak My WL was not honored as it says I'm not eligible but I got on the WL yesterday. Can I get some help to solve this issue @Retordinals ?
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[AilisAI Stream #3]
Message from Ailis: Is #SAIbyIZUMO really over... Find out what's still hidden in our lab's chambers.
Save the Dates:
Sep 18, 8pm PST | Sep 19, 12pm JST
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[Creator Contest Reminder - Final Week]
The countdown is on: Only 1 week left to unleash your creativity in our Creator Contest! Don't miss your shot at a $3,000 prize pool and autographed art from renowned artists.
See you at the finish line
[SAI #1: Available for Limited-time]
The wait is finally over. Introducing the first-ever SAI digital badge from Yusuke Kozaki @kymg, brought to you by IZUMO.
Intrigued? Make it yours by claiming here:
https://t.co/MaG0J8OEcz
Available until 8 am on August 3 PST.
#SAIbyIZUMO
Imagine a universe visualized as a fractal-like Bayesian network, characterized by self-similarity across scales and exhibiting fractional dimensionality. This network represents a model where every component of the universe, regardless of its scale or complexity, is interwoven into a larger, holistic system.
At the highest level, the entire network represents the universe, encased within a Markov blanket that distinguishes it from non-existence or potential universes. As you delve deeper into the network, you encounter ever-smaller and less complex subsystems, each encapsulated within its own Markov blanket. These blankets serve to separate each subsystem from its larger environment, allowing each to maintain its identity while interacting with its surroundings.
The hierarchy of subsystems in the network mirrors the organization of the universe itself. Larger subsystems encapsulate conscious entities like humans. These entities are further divided into smaller subsystems, representing biological systems, cells, molecules, and atoms. Each subsystem, regardless of its scale, is a self-contained universe that contributes to the larger systems it's a part of.
This model goes beyond a static representation of the universe at a particular moment in time. It captures the dynamism of the universe, reflecting the ongoing interactions and interdependencies between different subsystems and scales. It offers a novel framework for understanding consciousness and existence, painting a picture of a universe where every part, from the smallest atom to the largest galaxy, is interconnected and interdependent.
In line with Karl Friston's Free Energy Principle, this model suggests that all systems, from the most basic particles to conscious beings, are engaged in a constant process of minimizing their free energy, or the difference between their predicted and actual states. This principle becomes visible in the continuous interactions and adjustments occurring within and between each subsystem and scale, as they strive to minimize their free energy in relation to their surroundings, defined by their respective Markov blankets.
Through this lens, the universe emerges as a complex, self-organized system where every part is integral to the whole, offering a profound new perspective on consciousness and our place in the universe.