✨ Overview
Algorithms is a collection of digital art inspired by blackboard research papers, rewriting the fundamental algorithms that underpin Bitcoin — where cryptographic mathematics became the rule of decentralized currency. Each piece is a page outlining logic, not just dry formulas, but traces of the thought process that built the first world block.
✨ Overview
Algorithms is a collection of digital art inspired by blackboard research papers, rewriting the fundamental algorithms that underpin Bitcoin — where cryptographic mathematics became the rule of decentralized currency. Each piece is a page outlining logic, not just dry formulas, but traces of the thought process that built the first world block.
Before the first block, there were only algorithms: hashing rules, signatures, validation, and auto-balancing. This collection tells the story of "trust-building formulas" — no need for a central authority, just encryption and computation for everyone to trust in a shared truth. Each card is a piece of the original design, exploring how computational chains keep value secure and transparent.
Before the first block, there were only algorithms: hashing rules, signatures, validation, and auto-balancing. This collection tells the story of "trust-building formulas" — no need for a central authority, just encryption and computation for everyone to trust in a shared truth. Each card is a piece of the original design, exploring how computational chains keep value secure and transparent.
- SHA-256 — Fundamental Hash Function A hashing mechanism that secures all data, the core of block mining and transaction validation.
- UTXO Model — Value Storage Model How Bitcoin records currency: based on unspent output instead of the usual balance.
- Merkle Tree — Proof-of-Work Tree A cool way to record transactions into a single root, easily verifiable without needing to view all the data.
- Proof-of-Work & Difficulty Adjustment Consensus algorithm, revolutionizing block mining and self-balancing block creation speed rules.
- ECDSA-Secp256k1 — Alphabetical Character Encryption A private-public key mechanism that determines ownership without revealing secrets.
- Lightning HTLC — Algorithm Scaling How to build a fast payment channel on a fundamental algorithm.
- SHA-256 — Fundamental Hash Function A hashing mechanism that secures all data, the core of block mining and transaction validation.
- UTXO Model — Value Storage Model How Bitcoin records currency: based on unspent output instead of the usual balance.
- Merkle Tree — Proof-of-Work Tree A cool way to record transactions into a single root, easily verifiable without needing to view all the data.
- Proof-of-Work & Difficulty Adjustment Consensus algorithm, revolutionizing block mining and self-balancing block creation speed rules.
- ECDSA-Secp256k1 — Alphabetical Character Encryption A private-public key mechanism that determines ownership without revealing secrets.
- Lightning HTLC — Algorithm Scaling How to build a fast payment channel on a fundamental algorithm.
- Style: Blackboard with wooden frame, white-and-gold chalk lettering, hand-drawn Bitcoin symbols, research sketches
- Subject Type: Platform Algorithm / Block Structure / Transaction Validation / Network Scaling
- Rarity: Original Draft, Flow Sketch, Genesis Notes
- Each piece has a unique limited edition, corresponding to a core architectural part of the blockchain.
- Style: Blackboard with wooden frame, white-and-gold chalk lettering, hand-drawn Bitcoin symbols, research sketches
- Subject Type: Platform Algorithm / Block Structure / Transaction Validation / Network Scaling
- Rarity: Original Draft, Flow Sketch, Genesis Notes
- Each piece has a unique limited edition, corresponding to a core architectural part of the blockchain.
