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The paper aims to develop a unified framework for enhancing safety and stability in fusion operations.

April 1, 2026Open Access

Genesis Mission 2026: Integrated Smart-Grid Fusion Architecture with Mandatory Dual-Layer Neural Monitoring

Key Points

The paper aims to develop a unified framework for enhancing safety and stability in fusion operations.
Integration of five Zenodo preprints into a cohesive framework.
Implementation of tokamak-powered smart-grid architecture.
Application of QNN-based dual-layer neural monitoring for oversight.
Establishment of engineering stability in fusion operations.
Improvement in human neurobiological oversight over the system.
Enhanced grid-scale safety and mitigation of platform liability.

Abstract

This synthesis paper integrates the five preceding Zenodo preprints into a unified framework for the Genesis Mission 2026. The tokamak-powered smart-grid fusion architecture requires both engineering stability and human neurobiological oversight. QNN-based dual-layer neural monitoring serves as the mandatory technical safeguard that bridges individual behavior with grid-scale safety, mitigates platform liability, and ensures the stability of safe fusion operations.

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Genesis Mission 2026: Integrated Smart-Grid Fusion Architecture with Mandatory Dual-Layer Neural Monitoring

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