What does this research mean for the field?

Genesis-1 v10 quantum gates achieve an error rate of 1E-29 using a 4-layer Josephson junction design with enhanced electromagnetic confinement. Novelty: ClaimNovelty.NOVEL_FINDING. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The research aims to present a scalable quantum gate concept utilizing a fractal electromagnetic medium.

February 21, 2026Open Access

Genesis-1 v10: Scalable Quantum Gates via Fractal Ethon-Space.

Key Points

The research aims to present a scalable quantum gate concept utilizing a fractal electromagnetic medium.
Postulates the Ethon-Space fractal electromagnetic medium with a characteristic impedance of 377Ω.
Applies a 4-layer Josephson junction (AlOx) design for quantum gates.
Utilizes Nb shielding cylinders and advanced deposition techniques (ALD) for noise reduction.
Employs electromagnetic confinement techniques to minimize dephasing.
Achieves quantum gate error rates as low as 1E-29 with the proposed design.
Demonstrates effective electromagnetic confinement with a spacing of 10μm to prevent dephasing.
Registers prior art for the Genesis-1 v10 quantum gate concept.

Abstract

AbstractGenesis-1 postulates Ethon-Space fractal EM medium (no vacuum, Z=377Ω). Application: quantumgates error 1E-29 using 4-layer JJ (AlOx), central channel (phase lock), Nb shielding cylinders/gate(ALD >40dB). EM confinement 10μm prevents dephasing. Fab: shadow evap + ALD. Prior art collab. This 1-page technical note registers prior art for the Genesis-1 v10 quantum gate concept; extended EN/FR reports available separately

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