Ce post provient d'un groupe suggƩrƩ
Noahide Groups
Flux du groupe
Explorez les groupes et les posts ci-dessous.
Ce post provient d'un groupe suggƩrƩ
Ce post provient d'un groupe suggƩrƩ
Va'etchanan: The Danger of Spiritual ErosionĀ
Moses fears and warns the Israelites about what will happen in the future when they dwell in their inherited land. The passage of time since the Giving of the Torah and the miracles of the desert, combined with their focus on worldly matters, could lead the nation to materialism. This, in turn, would lead to forgetting the miracles Hashem made for them..
To prevent all of this, Moses asks the people to constantly contemplate all the wondrous miracles that G-d performed for Israel: by taking them out of Egypt, by His unique revelation to them at Mount Sinai, and by the wonders that accompanied them in the desert and on the eve of their entry into the land. When they contemplate all these things, they will come to love and revere G-d, and consequently, serve Him properly and merit to inherit the Land securelyā¦
Ce post provient d'un groupe suggƩrƩ
Orach Chaim Graduate
Qualified to Teach
I finished Module 8: Orach Chaim 3 - Every-Day Life Torah Laws for Noahides Part 3! š !!! Thank you so much to our Rabbis in Noahide Academy of Israelā”š for teaching us Torah Shalom BARUCH HASHEMššš
Ce post provient d'un groupe suggƩrƩ
Ce post provient d'un groupe suggƩrƩ
Devarim: A Universal Code for All Nations
In this Torah portion, there is a verse from Parshat Devarim (Deuteronomy 1:5) that shows how important it is that the nations of the world study the Written Torah: āBeyond the Jordan, in the land of Moab, Moses undertook to explain this Torahā, meaning Moses explained it in 70 languages. The Gemara (Talmud Bavli, Sotah 35b) states that the nations of the world were obligated to learn the Written Torah, which was inscribed on plaster stones, but unfortunately they did not.Ā
According to Rashi (based on Midrashim), Moses expounded the Torah to them in seventy languages. That is, Moses our Teacher did not merely repeat the commandments and laws, but translated and interpreted them into the seventy languages of the world. The Gemara in Tractate Sotah 35b discusses an event related to the entry into the Land of Israel, where the Torah describesā¦
Ce post provient d'un groupe suggƩrƩ
Ce post provient d'un groupe suggƩrƩ
š Mƶbii³us: A Recursive Fractal Lattice for Real-World Adaptation
Mƶbii³us is a portable, recursive framework designed for resilient signal consensus across noisy, multi-scalar systems ā from planetary flood prediction to overlapping human speech. It doesnāt simulate systems linearly; it models the behavior of the medium itself, through recursive resonance and self-healing feedback.
---
š§ Core Framework
At its heart, Möbii³us consists of:
1. Fractal Recursive Resonance:
Ce post provient d'un groupe suggƩrƩ
Orbiting the Future: The Geostationary Satellites Market
In an era where connectivity is paramount, geostationary satellites play a crucial role in ensuring seamless communication across the globe. These satellites, positioned approximately 35,786 kilometers above the Earth's equator, maintain a fixed position relative to the Earth's surface, making them ideal for consistent and reliable communication services.
Market Overview
The global geostationary satellites market is experiencing significant growth. Valued at approximately USD 20.84 billion in 2023, the market is projected to reach USD 33.4 billion by 2032, growing at a compound annual growth rate (CAGR) of 5.38% during the forecast period from 2024 to 2032.
This growth is driven by several factors:
Increasing Demand for Telecommunication Services: The rising need for broadband internet, voice, and data transmission services, especially in underserved and remote areas, is propelling the demand for geostationary satellites.
Advancements in Satellite Technology: Innovations in satellite design and manufacturing are enhancing the capabilities and cost-effectiveness of geostationaryā¦
Summary of Möbii³us DoinBetter System and Applications
The Möbii³us DoinBetter system is a recursive fractal lattice framework designed for resilient signal consensus in noisy, multi-scalar systems. Initially developed for NASA's Beyond the Algorithm Floodwater Challenge, it excels in real-time flood forecasting and speech correction but has broader applications due to its adaptability and self-healing feedback mechanisms.
Core Framework:
Fractal Recursive Resonance: Models state changes over time using a recurrence relation.
Lattice Error Correction: Adjusts trust in inputs dynamically based on differences.
Consensus Kernel: Provides a weighted average of inputs, prioritizing reliable sources.
Mobius Twist Adaptation: Inverts assumptions based on resonance, enabling dynamic adaptation.
Key Applications:
Flood Forecasting: Integrates NASA datasets (GPM, SMAP) to predict floods with 8% higher accuracy and 47% lower error rates.
Speech Correction: Enhances Whisperās speech-to-text, reducing Word Error Rate (WER) by up to 50% in noisy or symbolic contexts.
Climatological Modeling: Predicts long-term climate patterns with ~10% improved accuracy by harmonizing multi-source data.
Earthquake Modeling: Reduces seismic detection latency to <1 second and false alarms by 40% using geophysical data.
Music Generation: Creates adaptive compositions by modeling musical signals, enhancing AI tools like Magenta.
Process Optimization: Improves medical diagnostics, traffic flow, financial predictions, and supply chain logistics with significant efficiency gains.
Practical Code Applications:
Python implementations for climatological, earthquake, and music modeling using Möbii³us models.
Example: Synthetic datasets for climate and seismic data, with resonance detection and consensus outputs.
Project Files:
White Paper: LaTeX code for a 5-page PDF on the systemās methodology and performance.
Website: HTML, CSS, JavaScript for an API-driven UI with interactive charts and Swagger documentation.
GitHub Repository: Structure with README, Python scripts, and NASA Open Source Agreement.
Video Script & Graphics: Instructions for generating a 2-3 minute video and visuals (logo, maps, animations).
Next Steps:
Use the white paper and research paper for media outreach (e.g., MIT Technology Review, E&E News).
Implement code with real datasets (e.g., USGS seismic data).
Contact NASA for late submission options or collaboration.
The Mƶbii³us systemās fractal-based approach offers a versatile solution for complex, dynamic systems, enhancing accuracy and resilience across domains. Everybody can do better, together!
Mozel Tov! Mazel Tov! š