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space-technology

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stable-pi-core

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.

  • Updated May 30, 2025
  • Python

A comprehensive repository for the Lunar EcoCycle project, featuring advanced algorithms, robotics designs, waste processing technologies, and resource utilization strategies aimed at creating a sustainable waste management system on the Moon. Collaborate on innovative solutions to recycle lunar waste and promote a self-sustaining lunar ecosystem.

  • Updated Oct 19, 2024
  • Python

A comprehensive, modern web dashboard for NASA JPL’s Horizons System, transforming complex astronomical ephemeris, orbital mechanics, and spacecraft trajectory data into an intuitive, visual, and human-friendly experience.

  • Updated Jun 10, 2026
  • TypeScript

Empirical analysis of LEO satellite network handover behavior using real Starlink performance data. Automated collection of 500+ data points revealing 73% connection stability and optimal elevation angles for satellite positioning.

  • Updated Jul 14, 2025
  • Jupyter Notebook

Documentation-first architecture repo for astronaut radiation protection, centered on hydrogen-rich shielding, chambered wall and storm-shelter concepts, dosimetry-aware operations, and disciplined modeling for GCR and SPE/SEP risk reduction.

  • Updated Apr 14, 2026

🚀 NASA Space Apps Challenge Complete Resource Hub — 10 years of global winners database (2016–2025), interactive pattern analysis dashboard, and 2026 CSE team preparation guide with winning strategies, NASA API resources, and 48-hour hackathon roadmap. Featuring Bangladesh's 2 global winners. 🇧🇩

  • Updated Jun 18, 2026
  • HTML

This theory proposes a framework that leverages dimensional folding to enable ultra-efficient, low-latency data exchange across distant layers or systems. 次元構造の折り畳みによって、情報の伝送経路と密度を再構成し、超高速・低遅延の通信を可能にする理論フレームワークです。

  • Updated Jun 22, 2025

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