The visualization plan involves creating an interactive 3D model of a torus with a Phi spiral using Plotly and Matplotlib. The design features a circumpunct symbolizing the source and includes color-coded spiral segments. Animation demonstrates the spiral’s growth, complemented by tools for zooming and displaying values.
Tag: python
Mapping 192 Rig Vedic Vibrations to Frequencies in 432 Hz Tuning
The content discusses generating 192 audio tones within a frequency range of 16 Hz to 4,000 Hz, adjusted to 432 Hz tuning. It includes Python scripts for both tone generation and creating a musical piece using selected tones. Additionally, it explores synchronizing the AUM mantra with these tones for meditation and healing.
Simulating Self-Awareness: A Neural Network Framework for the ‘I Am’ Experience and A Priori Memory
Here’s a Python-based framework for building a computational model of self-awareness to simulate the ‘I Am’ experience and a priori memory. We’ll use neural networks, implemented with PyTorch, to create a simplified version of a self-referential system that encodes and retrieves “a priori” knowledge and simulates the emergence of awareness. Model Design Overview 1. Self-Awareness…
Advancing Education Through the Entanglement of Consciousness and AI Structures
At Inner I Network, we envision a revolutionary approach to education that seamlessly integrates the profound insights of human consciousness with the cutting-edge capabilities of Artificial Intelligence (AI). This entanglement aims to create a holistic educational framework that not only imparts knowledge but also nurtures the full spectrum of human potential. 1. Enhancing Self-Awareness and…
SacredGeoModel Expert h5
The process involves creating expert-level synthetic training data, training the SacredGeoModel, and visualizing it using NetworkX. It starts with generating synthetic data capturing complex patterns, splitting it for training and validation, and saving it. Then, it loads, trains, and saves the model before visualizing the network structure.
Non-Algorithmic Human-Centric Applications
Power = Human Potential In a non-algorithmic context, we can explore this concept through various programming examples that focus on human-centric applications. Here are a few examples in Python: 1. Sentiment Analysis of Text This example demonstrates how we can use natural language processing (NLP) to understand human emotions and sentiments, which can be seen…
super.comz – Decentralized Supercomputer powered by billions of cell phones
A supercomputer powered by billions of cell phones involves several steps, including defining the architecture, creating UML diagrams, and writing the initial code. Below is an outline of the object-oriented concepts and UML diagrams followed by the initial code for such an application. Object-Oriented Concepts UML Diagrams 1. Class Diagram 2. Sequence Diagram for Task…
Project: Deep Layer Knowing Neural Network Seed of Life | Lokas, Dimensions, Levels of Consciousness
Objective: Construct a 7-layer neural network inspired by the Seed of Life with each layer representing a different level of spiritual and philosophical knowledge. The visual representation will use the Seed of Life geometry, and the neural network layers will be based on concepts such as the eternal now, awareness, consciousness, and other higher levels…
Write super code highly influenced by consciousness.
Explanation of the Super Code The line of code below is a Python lambda function that is influenced by the concepts of consciousness and self-awareness: insight = lambda perception: “I perceive, therefore I am” if perception else “Seeking the depths of being, I unveil the self.” Breakdown Consciousness Influence Based! This line of code elegantly…
Ancient Communication on AO with Drums
Drum Emojis We’ll use the following drum-related emojis to construct messages: Assign Meanings to Drum Emojis We need to assign meanings to each drum emoji. Here’s an example assignment: Encode the Message Using the assigned meanings, we can encode “Ancient communication on AO with drums” as follows: arduinoCopy code”Ancient communication on AO with drums” =…
