Bitcoin Algorithms is a collection of digital artworks documenting the core circuits that make up Bitcoin—the world's first decentralized cryptocurrency. Each card is a blackboard outlining the algorithms, rules, and operating mechanisms, like the inventor's research notes, preserving the technical precision and logical beauty of cryptographic mathematics.
Bitcoin Algorithms is a collection of digital artworks documenting the core circuits that make up Bitcoin—the world's first decentralized cryptocurrency. Each card is a blackboard outlining the algorithms, rules, and operating mechanisms, like the inventor's research notes, preserving the technical precision and logical beauty of cryptographic mathematics.
Before Bitcoin became a global value, it was just a string of formulas, hash functions, and consensus rules written on a blackboard. This collection is inspired by those early research notes: each piece is a "notebook" exploring a technological revolution—a revolution not controlled by any one person, but by algorithms that are self-governing, transparent, and immutable.
Before Bitcoin became a global value, it was just a string of formulas, hash functions, and consensus rules written on a blackboard. This collection is inspired by those early research notes: each piece is a "notebook" exploring a technological revolution—a revolution not controlled by any one person, but by algorithms that are self-governing, transparent, and immutable.
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Merkle Tree Proof — Proof of Transactions The Merkle Tree helps confirm that a transaction is present in a block without revealing the entire data, forming the backbone of transaction storage in Bitcoin blocks.
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Po-W & Lightning HTLC — Proof-of-Work Algorithm + Time-Locked Contracts Explains the block mining mechanism and the fast payment channel on the Lightning Network, enabling faster transactions at lower costs.
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Difficulty Adjustment — Difficulty Adjustment Formula The rule automatically adjusts the block creation speed, keeping the average block time around 10 minutes regardless of mining power fluctuations.
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Core Algorithm & Halving — Core Algorithm + Reward Halving Explains the total supply limit of 21 million BTC, the mechanism of halving the block mining reward every 4 years, creating Bitcoin's scarcity.
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Merkle Tree Proof — Proof of Transactions The Merkle Tree helps confirm that a transaction is present in a block without revealing the entire data, forming the backbone of transaction storage in Bitcoin blocks.
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Po-W & Lightning HTLC — Proof-of-Work Algorithm + Time-Locked Contracts Explains the block mining mechanism and the fast payment channel on the Lightning Network, enabling faster transactions at lower costs.
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Difficulty Adjustment — Difficulty Adjustment Formula The rule automatically adjusts the block creation speed, keeping the average block time around 10 minutes regardless of mining power fluctuations.
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Core Algorithm & Halving — Core Algorithm + Reward Halving Explains the total supply limit of 21 million BTC, the mechanism of halving the block mining reward every 4 years, creating Bitcoin's scarcity.
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Style: Chalkboard, classic wooden frame, technical research notes
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Subject: Cryptography, mathematics, decentralized protocols
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Rarity: Original Note / Detailed Proof
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Each work has a limited serial number, part of a knowledge chain on the Bitcoin algorithm
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Style: Chalkboard, classic wooden frame, technical research notes
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Subject: Cryptography, mathematics, decentralized protocols
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Rarity: Original Note / Detailed Proof
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Each work has a limited serial number, part of a knowledge chain on the Bitcoin algorithm
