Each set of 11 editions minted: Collector is eligible to receive 29.7 x 42 signed plotter print numbered edition physical.

--- About the series:

Our next experiment piece in the Geometrica Lab series diving deeper into the Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

Each set of 11 editions minted: Receive 29.7 x 42 White base / Black ink - signed, plotter print numbered edition physical

--- About the series:

Our next experiment piece in the Geometrica Lab series diving deeper into the Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

Each set of 11 editions minted: Receive 29.7 x 42cm white base / black ink - signed, plotter print numbered edition physical

--- About the series:

Our next experiment piece in the Geometrica Lab series diving deeper into the Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

Our next experiment piece in the Geometrica Lab series diving deeper into the Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

Our next experiment piece in the Geometrica Lab series diving deeper into the Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

Our next experiment piece in the Geometrica Lab series diving deeper into the Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

Top minter of the artwork will be eligible for A3 size plotter print physical version of the artwork shipped freely worldwide.

The 6th experiment piece in the Geometrica Lab series diving deeper into the Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

The 5th experiment piece in the Geometrica Lab series is diving deeper into the 3D Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

The 4th experiment piece in the Geometrica Lab series is diving deeper into the 3D Geometrica V.2 algorithm as it explores the quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

The third experiment piece in the Geometrica Lab series is taking the algorithm into 3D space and diving deep into a quantum computer qubit controller unit construct, visualizing the instrument that controls, reads out, and feedback on multiple superconducting qubits.

The second experimental piece in the Geometrica Lab series and this time we are taking on the talk of the week, Pacmoon. This piece is a homage to the Pacmoon community and the creative spark they ignited in the memespace.

In this piece, I injected pixelated pacmoon vector vertices into the Geometrica algorithm and let it build a construct around it with a matching vibrating retro palette.

An experimental Geometrica piece as a proof of concept, injecting crypto punk vector vertices into the Geometrica algorithm and letting it build a construct around it with a matching color palette

With this genesis piece, I am kicking off the Geometrica Lab contract on Base and invite anyone from the crypto punks community who appreciates gen art and wishes to have their punk interpreted by the algo to create a memorable and trippy piece.