Explore the Science of Collective Field Resonance

A new framework for cultural coherence, collapse, and systemic healing.

Exploring Collective Field Resonance

CollectiveFields.com is the official research hub for Collective Field Resonance (CFR), a biophysical framework introduced by Daniel Chris.

CFR explores how patterns of nervous system regulation scale into group behavior and shape cultural dynamics. Grounded in neuroscience, systems theory, and trauma research, this platform offers access to foundational white papers, pilot study designs, curated interdisciplinary resources, and scientific and cultural collaboration pathways. It serves researchers, policymakers, and cultural innovators seeking new tools to understand and repair the emotional architecture of society.

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Research & Pilot Studies

A detailed illustration of a human brain suspended in a futuristic environment. The background consists of concentric circles of evenly spaced, small metallic spheres, giving a sense of depth and complexity.
A detailed illustration of a human brain suspended in a futuristic environment. The background consists of concentric circles of evenly spaced, small metallic spheres, giving a sense of depth and complexity.
Laying the Groundwork for Scientific Validation

CFR is an early-stage, testable framework that proposes new links between autonomic regulation and cultural dynamics. While formal studies are not yet underway, several pilot research designs have been developed to guide future collaborations.

We are currently seeking partners—researchers, institutions, and funders—who are interested in exploring these hypotheses through collaborative trials.

CRF Draft Pilot Study Designs

The following pilot study designs are currently available

Bright neon outlines of human figures superimposed with a detailed sketch of a brain against a dark background. Above the figures, bold, illuminated text reads 'IT'S INSIDE US ALL'. There is also a small text panel on the left side with the title 'Where is the ECS?' and some descriptive text underneath.
Bright neon outlines of human figures superimposed with a detailed sketch of a brain against a dark background. Above the figures, bold, illuminated text reads 'IT'S INSIDE US ALL'. There is also a small text panel on the left side with the title 'Where is the ECS?' and some descriptive text underneath.
Resonance Restoration Trial

Media saturation and collective coherence

A complex, dynamic structure of interconnected turquoise wireframes forms a swirling pattern on a black background. The lines create a hypnotic, three-dimensional effect as they converge towards the center.
A complex, dynamic structure of interconnected turquoise wireframes forms a swirling pattern on a black background. The lines create a hypnotic, three-dimensional effect as they converge towards the center.
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Suspended, interconnected strands of blue and white particles create an abstract, web-like pattern against a dark background, resembling cosmic or neural structures.
Suspended, interconnected strands of blue and white particles create an abstract, web-like pattern against a dark background, resembling cosmic or neural structures.
A monochrome image featuring an illuminated neural network pattern resembling a human brain against a dark background. Below the brain image is a text section, which includes the title 'seeing the beautiful brain today' in bold and descriptive text about advances in neuroscience and imaging techniques.
A monochrome image featuring an illuminated neural network pattern resembling a human brain against a dark background. Below the brain image is a text section, which includes the title 'seeing the beautiful brain today' in bold and descriptive text about advances in neuroscience and imaging techniques.
Collaborative Research

Longitudinal tracking of nervous system synchrony in local communities

Field Collapse Simulation

Organizational somatic intervention + HRV tracking

Classroom Coherence Study
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Group regulation practices and emotional safety in education

CollectiveFields.com

Exploring group dynamics through neuroscience and systems.

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