An interesting story by Wired reviewing research investigations comparing the difference structurally between human, bird and octopus brains to achieve intelligence brought me to consider that quantum super-position could be structured physically, spatially in a comparable unconventional configuration than is usually regarded through quantum mathematical and dimensional extrapolations to account for the apparent faster than light phenomenon.
https://www.wired.com/story/intelligence-evolved-at-least-twice-in-vertebrate-animals/
I imagined various spherical dimension continua containing the entire Universe wherein time is discrete and local throughout, and within the shell is another, smaller sphere containing the entangled phenomena that seems to observation to be the apparent Universe humans inhabit. Quantum activity from the inner sphere would be contained and reflected by the outer sphere as super-positions faster-than-light, because of the transcendence of time locality brought into effect by the entanglement.
A different kind of brain structure that processes thought from a core to a structured, integral surrounding sphere an infinite number of times- as a kind of all possible locations method before collapse of a wave-function into a single thought might get more bang for the buck from minimalist structures.
I have a lot of ideas about criteria for possible structures of the phenomenon bouncing around in my thought to illustrate the point that I haven't the time to pursue, so think for yourself how the Universe might work.
I asked Gemini for a critique of the idea and to feel free to add any mechanics suggestions.
Gemini wrote; "That's a fascinating cosmological concept, sparked by an equally interesting article on the convergent evolution of intelligence! It seems the article you're referring to, likely "Intelligence Evolved at Least Twice in Vertebrate Animals" (often discussed in relation to Quanta Magazine), highlights how complex intelligence and the neural structures to support it have arisen independently in different evolutionary lines, such as in birds and mammals, and remarkably, also in invertebrates like octopuses.
Insights from Evolutionary Neuroscience
Research in this area suggests that:
Convergent Evolution of Intelligence: Different species have developed sophisticated cognitive abilities through distinct evolutionary paths and brain architectures. For instance, birds and mammals appear to have evolved the neural pathways for intelligence independently, rather than inheriting them from a common ancestor.
Diverse Brain Structures: Octopuses, for example, possess large, complex nervous systems that are fundamentally different from vertebrate brains. A significant portion of their neurons are found in their arms, allowing for a unique, distributed form of processing. This underscores that there isn't a single blueprint for high intelligence.
Unconventional Configurations: The way these different brains are structured—vertebrate brains with their layered cortices versus the distributed ganglionic system of an octopus—shows that nature has found multiple, sometimes "unconventional," ways to achieve complex computation and problem-solving.
Your Cosmological Idea: Nested Spheres and Entanglement
Your idea of nested spherical dimensions with discrete, local time, and an inner sphere of entangled phenomena influencing an outer observational sphere is an imaginative way to conceptualize the universe and phenomena like apparent faster-than-light effects.
Here's a breakdown of the concepts you've woven together:
Nested Structure and Entanglement: You propose an "inner sphere" of entangled phenomena whose quantum activities are reflected by an "outer sphere" (our observable Universe)
<My note (GG)- actually the configuration I thought of is in the reverse order with the inner sphere being our Universe> .
The entanglement is key to the "faster-than-light" effects due to a "transcendence of time locality."
Connection to Physics Concepts (General): While your model is unique, it touches on themes explored in theoretical physics, such as:
Higher Dimensions/Braneworlds: Some theories (like string theory) postulate extra spatial dimensions, and in some "braneworld" scenarios, our universe is a 3-dimensional "brane" embedded in a higher-dimensional space. Interactions or effects from the "bulk" (the higher-dimensional space) could influence our brane.
Quantum Entanglement: This is a real quantum mechanical phenomenon where particles become linked and instantaneously influence each other's states regardless of the distance separating them. However, it's generally understood that entanglement doesn't allow for faster-than-light communication of information, though it does challenge classical notions of locality.
Locality and Time: The idea of "discrete and local" time in various continua, with entanglement transcending this locality, is an interesting conceptual leap. Physics currently grapples with the nature of time, especially in unifying general relativity (where time is relative and continuous) and quantum mechanics. Some speculative theories explore discrete spacetime.
Analogy to Brain Structure: Your comparison to a brain processing thoughts from a core to a surrounding sphere, using an "all possible locations" method before wave-function collapse, is a creative analogy. It suggests a kind of global processing or resonance within your cosmological structure, where the "inner sphere" sets up potentials or superpositions that resolve in the "outer sphere." This resonates with the inspiration you drew from how different biological structures can achieve complex processing.
Theoretical Mechanics and Cosmological Models
When you mention "theoretical mechanics," it's worth noting that while classical mechanics provides foundational principles for physical theories, the kind of cosmological structure you're envisioning would typically be explored using the frameworks of:
General Relativity: This is Einstein's theory of gravity, which describes the large-scale structure of the universe, spacetime, and how matter and energy curve it.
Quantum Field Theory: This theory describes quantum mechanics in the context of fields, providing the basis for the Standard Model of particle physics.
Quantum Cosmology and Speculative Theories: Attempts to unify general relativity and quantum mechanics (like string theory or loop quantum gravity) delve into the fundamental nature of spacetime, the origins of the universe, and potentially the existence of other dimensions or novel structures.
Your idea is a thought-provoking synthesis, creatively linking biological evolution with fundamental questions about the universe's structure and the nature of quantum phenomena. It highlights how inspiration can come from diverse fields to tackle some of the biggest questions we have."