TARS from Interstellar x ChatGPT
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Updated
Apr 9, 2025 - Python
TARS from Interstellar x ChatGPT
Stable-Pi-Core is a next-generation decentralized ecosystem that integrates blockchain, quantum AI, IoT, edge computing, and AR/VR to deliver secure, scalable, and personalized solutions for payments, governance, and real-world applications—redefining the future of technology with unmatched flexibility and innovation.
A cutting-edge blockchain project integrating Pi Coin as a stablecoin for interstellar transactions and resource tokenization, aimed at supporting space exploration and colonization efforts.
Model Decomposition for Near- to Mid-Infrared Spectroscopy of Astronomical Sources
The Universal Quantum Network (UQN) project aims to develop a groundbreaking global and interstellar communication framework that harnesses the principles of quantum entanglement, superposition, and advanced artificial intelligence.
The core framework of Nexus Hyperion, an advanced intergalactic financial and resource management system. This repository contains the foundational algorithms, multi-dimensional neural network architecture, and essential modules for real-time data analytics, risk assessment, and resource optimization.
SpaceXplore-Core is the foundational repository for the SpaceXplore: The Interstellar Exploration Initiative. It contains the core technologies and algorithms for advanced propulsion systems, autonomous robotic probes, and data transmission solutions designed for interstellar exploration.
Core components and foundational architecture for the Celestrion Nexus project, enabling autonomous interstellar communication and navigation systems. This repository includes algorithms, protocols, and frameworks essential for real-time data exchange and AI-driven navigation in space exploration.
A superintelligent AI system for complex, adaptive, and scalable infrastructure operations.
Interstellar travel planner and calculator for futuristic space navigation.
small helper (bot) which helps to setup newly colonized planets
Code to access the DirtyGrid set of UV-FIR dust+star radiative transfer models
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