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POW NFT 5191. A Hydrogen atom, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5191 Hydrogen

POW NFT 5192. A Sulphur atom, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5192 Sulphur

POW NFT 5193. A Gadolinium atom, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5193 Gadolinium

POW NFT 5194. A Magnesium atom, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5194 Magnesium

POW NFT 5195. An Oxygen ion with -2 charge, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5195 Oxygen

POW NFT 5196. A Rhodium atom, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5196 Rhodium

POW NFT 5197. A Samarium ion with +3 charge, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5197 Samarium

POW NFT 5198. A Sulphur atom, created with Proof of Work NFT mining. POW NFT atoms are generated according to a scarcity model relative to the natural distribution of elements. The element, ionic charge and generative properties of the render are all determined by the token’s hash – an unpredictable result of the mining process. Atoms are rendered as a Live Model, this model is contained in the metadata and can be displayed in any browser. The video is a short capture of the live model. The metadata also contains a poster, which is a still rendering of the Atom optimised for print. POW NFTs are the first ever mineable NFT, and are mined with an increasing level of difficulty using Proof of Work – a fundamental feature of blockchain first described in Satoshi Nakamoto’s Bitcoin whitepaper. When a POW NFT is mined, a unique and increasingly rare ERC-721 token is created. The mining process prevents front-running and network congestion while maintaining security, and parallel mining-difficulty and price-demand-curves create natural, market-driven scarcity.

#5198 Sulphur