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 Nakamotos 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.

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 tokens hash  an unpredictable result of the mining process. Every Atom also contains a unique generative music track.

Atom minting fees are not paid to the creator, they are distributed evenly to all Atoms from previous generations. Eligible Atoms accrue 0.000045 ETH from every new Atom that is minted.

POW NFT

POW NFT 935. A Phosphorus 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 tokens 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 Nakamotos 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. 


#935 Phosphorus

POW NFT 981. A Niobium 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 tokens 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 Nakamotos 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. 


#981 Niobium

POW NFT 992. A Bromine ion with -1 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 tokens 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 Nakamotos 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. 


#992 Bromine

POW NFT 1001. A Titanium 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 tokens 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 Nakamotos 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. 


#1001 Titanium

POW NFT 1011. A Tin ion with +4 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 tokens 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 Nakamotos 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. 


#1011 Tin

POW NFT 1022. An Antimony 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 tokens 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 Nakamotos 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. 


#1022 Antimony

POW NFT 1043. A Sodium 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 tokens 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 Nakamotos 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. 


#1043 Sodium

POW NFT 1079. A Beryllium 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 tokens 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 Nakamotos 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. 


#1079 Beryllium

POW NFT 1094. A Manganese 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 tokens 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 Nakamotos 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. 


#1094 Manganese

POW NFT 1097. A Boron 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 tokens 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 Nakamotos 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. 


#1097 Boron

POW NFT 1098. 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 tokens 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 Nakamotos 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. 


#1098 Hydrogen

POW NFT 1111. 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 tokens 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 Nakamotos 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. 


#1111 Magnesium

POW NFT 1153. A Sodium 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 tokens 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 Nakamotos 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. 


#1153 Sodium

POW NFT 1198. A Silicon 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 tokens hash  an unpredictable result of the mining process.

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 Nakamotos 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. 


#1198 Silicon

POW NFT 1257. A Silver 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 tokens 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 Nakamotos 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. 


#1257 Silver

POW NFT 1269. A Tin 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 tokens 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 Nakamotos 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. 


#1269 Tin

POW NFT 1272. An Argon 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 tokens 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 Nakamotos 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. 


#1272 Argon

POW NFT 1286. A Copper 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 tokens 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 Nakamotos 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. 
