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This work aims to introduce a novel framework for efficiently harnessing zero-point energy through geometric asymmetry.

June 23, 2026Open Access

Conceptual Framework: Dynamic Extraction of Zero- Point Energy via Geometric Asymmetry

Key Points

This work aims to introduce a novel framework for efficiently harnessing zero-point energy through geometric asymmetry.
Introduces the 'Q-Box' architecture using superconducting materials.
Utilizes graphene nano-pyramids to create 'quantum trampolines'.
Employs piezoelectric transduction to convert static energy fluctuations into current.
Proposes effective mitigation of dissipative losses.
Demonstrates potential for efficient transition of zero-point field fluctuations to electrical current.

Abstract

A conceptual design for an active vacuum energy interface. This work introduces the 'Q-Box' architecture, a high-fidelity superconducting enclosure designed to maintain a continuous vacuum state. By leveraging the geometric asymmetry of graphene nano-pyramids as 'quantum trampolines' and employing piezoelectric transduction, the framework describes a mechanism for the transition of static zero-point field fluctuations into dynamic, macro-scale electrical current. The proposed model focuses on mitigating dissipative losses and achieving efficient transduction via symmetry breaking.

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