Monthly Archives: November 2024

The Interconnectedness of DNA and Cellular Structure: Strengthening the ceLLM Theory

Illustration of Aging Effects on Cellular and ECM Structures This image illustrates the effects of aging on cellular and extracellular structures, focusing on changes in the extracellular matrix (ECM), cellular voltage, and methylation patterns. Description and Analysis Normal State (Left Panel): Flexible Extracellular Matrix: In the normal state, the ECM is flexible, allowing cells to […]

Pioneering the Future of Bioelectric Research

Detecting and understanding resonant fields within DNA is a formidable yet essential endeavor that holds the promise of revolutionizing our comprehension of biological information processing and environmental interactions. While current technologies offer a foundation, the path forward requires pioneering approaches, interdisciplinary collaboration, and a steadfast commitment to innovation. The ceLLM theory stands as a beacon, […]

Analysis of the ceLLM Concept: DNA as a Resonant Mesh Network

The ceLLM Concept proposes a novel framework in which DNA functions not merely as a static repository of genetic information but as a dynamic, resonant mesh network. This model likens the atomic structure of DNA to a communication system, where atoms act as nodes that resonate and interact through specific frequencies, forming a probabilistic network […]

Nature’s Adaptive Response: Is Entropic Waste Pushing Us Toward a Fully Autistic World?

As technology continues to advance, humanity finds itself at a critical crossroads. We’ve polluted our natural electromagnetic environment with artificial EMFs, chemicals, and entropic waste, introducing noise and chaos into the delicate, balanced system that life has evolved within for billions of years. This begs the question: could nature itself be responding to this disruption […]