Climate Change Solution: Carbon as Frozen Light Transcendental Interfaces in Photosynthesis and Their Implications for Climate Restoration
Year: 2025
Type: article
Abstract: The Resonator: A Quantum-Transcendental Interface for Climate Restoration This landmark paper introduces a novel, first-principles framework for restoring planetary climate balance using quantum-resonant carbon capture technologies inspired by photosynthesis. By reframing carbon as “frozen light,” we develop a theoretical and applied system architecture that merges quantum coherence, biomimicry, and energy system design. The proposed CLIS (Carbon-Light Interface System) demonstrates the possibility of scalable, distributed devices capable of real-time carbon capture and transformation, powered by solar input and quantum catalytic geometries. A key innovation is the use of φ-resonant architectures and emergent coherence as a mechanism of energy regulation and environmental equilibrium. This paper forms part of the ENSO Project’s mission to unify physics, consciousness, and planetary service through actionable technologies and original physical insight.
Author: Needham, Eric
Language: English
Subfield: Mechanical Engineering
Field: Engineering
Domain: Physical Sciences
SDG: Climate action
Open Access status: green
OpenAlex ID: W6911829978
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