Following Jesus ✝️𓅦𓅦𓅦
Self-professed followers of Jesus the Messiah on Nostr. Protestants, Roman Catholics and Orthodox welcome. (No LDS or JWs)
A Testfile for Markdown
This article contains lots of different markup/Markdown tags. You can use this to check the rendering on your client.
A Testfile for Markdown
This article contains lots of different markup/Markdown tags. You can use this to check the rendering on your client.
Markdown: Syntax
This article contains lots of different markup/Markdown tags. You can use this to check the rendering on your client.
The Hypernote Design
Thoughts on a hypermedia system for nostr
The Great Fragile Fiat Finesse vs. The Crypto Madhouse of Mayhem
The Great Fragile Fiat Finesse vs. The Crypto Madhouse of Mayhem: In fiat, power tiptoes to maintain illusions of stability; in crypto, power rampages unchecked, burning fortunes in real time. Same vested interests, different scams—either way, the little guy pays. #FiatFragility #CryptoMadness #PowerPlays #ScamCycles #FollowTheMoney
How ECAI Can Leverage Elliptic Curve Isogenies
Abstract: Elliptic Curve Isogenies and Their Role in ECAI Elliptic curve isogenies are mathematical transformations that map one elliptic curve to another while preserving algebraic structure. Unlike simple point multiplication, isogenies offer a structured way to transition between knowledge states, making them highly valuable in cryptography, post-quantum security, and deterministic knowledge retrieval. ECAI (Elliptic Curve AI) can leverage isogenies to securely evolve structured intelligence, ensuring cryptographic integrity while enabling adaptive, deterministic decision-making. By encoding knowledge as elliptic curve points and applying isogeny-based transformations, ECAI can create immutable, quantum-resistant knowledge graphs, optimize structured AI retrieval, and facilitate efficient intelligence compression. This paper explores how isogenies serve as a foundation for structured knowledge evolution in a post-quantum world.
