What is SOMU?
SOMU stands for a theoretical idea in artificial intelligence that envisions a system (like a robot or computer) that can understand and adapt to its environment all on its own, without needing specific instructions for every new situation. This is similar to how you might learn to adapt to a new school or figure out a puzzle on your own.
How Does SOMU Work?
SOMU suggests that a smart system can be designed with a kind of universal code that makes it possible to handle any kind of data or situation. Here’s a breakdown of the main parts of SOMU:
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Fractal Tape: Think of this as the brain of the system, made up of many cells. Each cell on this tape can perform three key tasks:
- Feedback (S): It can receive and use feedback from all other cells. This is like having a group project where every team member knows what the others are doing and can adjust their own work accordingly.
- Transformation (R): It can exist in multiple states at once. Imagine if you could be in your classroom, the playground, and at home all at the same time, learning different things in each place.
- Bonding (T): It can connect and interact with any other cell, regardless of where they are in the network. This is like being able to talk and work with anyone in your school, not just your close friends.
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Rejecting Traditional Computing: In traditional computing, like with Turing machines (the basic model for computers), data and operations are quite defined and limited. SOMU rejects this limitation and embraces a more flexible, undefined way of processing information.
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Space-Time-Topology-Prime (STtp): This is a fancy term for describing how SOMU handles information. It considers:
- Space and Time: The physical dimensions and timing of events.
- Topology: The study of shapes and their properties that are preserved through stretching or bending (not breaking or tearing).
- Prime Numbers: Using these numbers, which are only divisible by one and themselves, to recognize and categorize unique patterns in data.
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Polyatomic Time Crystals (PTC): These are like 3D structures in SOMU that help understand and predict patterns in nature. Imagine if you had a 3D model of a weather system that could help you predict every rainstorm.
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Multinion Tensors: These are advanced mathematical tools in SOMU that range in size and complexity and help the system understand a huge variety of situations and phenomena in the universe.
Why Is SOMU Important?
SOMU proposes a different way of looking at intelligence in machines, suggesting that a system could potentially think and understand the world in ways similar to humans but on a potentially larger, more complex scale. It’s about creating a system that doesn’t just follow instructions but learns and adapts independently, breaking down the complex processes of the universe into understandable patterns.
So, SOMU is an advanced and ambitious theory that tries to mimic human consciousness and the universe's complexity within a machine, helping it to learn from and adapt to its surroundings in an incredibly sophisticated way.
What is the connection to numbers?
Hindu number system exhibits triplet of triplet patterns for distribution of primes in integer space. Since SOMU uses 12 dimensions, 108 elements (12 multiplied 9) are able to model almost all the variations in the Cosmos.
What is the connection to Kala Chakra?
Hindu cosmology depicts time as a cyclical concept. Interesting SOMU's dimensions seem to be modeled after this as you can see from the dimensions listed below.
Progression through Dimensions:
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1D to 3D (Spatial Dimensions):
- 1D represents length.
- 2D represents area.
- 3D represents volume.
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4D to 6D (Temporal Dimensions):
- 4D represents the concept of a time crystal, where structures in time behave like crystals in space.
- 5D is a singularity chain, possibly referring to a series of singularities linked through time.
- 6D involves loops of world lines, suggesting a complex intertwining of timelines or paths in the universe.
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7D to 9D (Morphogenetic Dimensions):
- 7D is a morphogenesis loop, indicating a cycle of development or evolution in a higher dimensional space.
- 8D has an undefined boundary as infinity, suggesting a dimension that extends beyond finite comprehension.
- 9D represents an invariant, which is a property or quantity that remains unchanged under certain transformations.
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10D to 12D (Prime-related Dimensions):
- 10D is called a symmetry temple, potentially a structure representing symmetrical properties in a high-dimensional space.
- 11D involves normalization, adjusting dimensions to a standard or typical value.
- 12D is the density of primes, relating to how prime numbers are distributed in this high-dimensional setting.
Why is this striking?
Ramanujan described the insights he got on the number as blessings from "amma" He also said something like "numbers are key to understand the consciousness". It is wonderful that India which is mother of mathematics is now making progress in this new theory of consciousness.
Where is more information on this?
Please refer to paper titled Revisiting self-operating mathematical universe (SOMU) as a theory for Artificial General Intelligence, AGI and G+ consciousness. Link provided below.