Technical White Papers

Speculative hypotheses and theoretical frameworks exploring electromagnetic biology, chronobiology, and implications for human space habitation. These documents present ideas for academic discussion and critical evaluation.

Not peer-reviewed. Speculative hypotheses only. No therapeutic claims made.

Research Frameworks

The following documents present theoretical frameworks developed by NullField Lab. They are intended to stimulate discussion and invite critical scrutiny from the scientific community. All hypotheses require empirical validation.

Astrobiology
Chronobiology Space Medicine Speculative

Planetary Electromagnetic Entrainment: A Hypothesis on the Geomagnetic Origins of Biological Timing

Implications for Human Habitability Beyond Earth

This paper proposes that biological timing mechanisms evolved as emergent adaptations to Earth's complex electromagnetic environment, with life exploiting geomagnetic and solar system signatures as reliable environmental clocks. The hypothesis predicts that human space colonisation faces electromagnetic habitability challenges beyond those addressed by current models, and proposes two mitigation strategies: electromagnetic terraforming and graduated multi-generational adaptation.

James Brine, BSc — NullField Lab
December 2025 • Version 1.0
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Neuroscience
EMF Research Neural Oscillations Speculative

Compensatory Frequency Entrainment: A Theoretical Framework for Investigation

A Speculative Hypothesis Requiring Empirical Validation

This paper presents the Compensatory Frequency Entrainment (CFE) hypothesis, proposing that environmental electromagnetic interference from power grid frequencies may affect neural oscillation patterns, and that real-time frequency compensation could offer a novel approach to maintaining stable brainwave entrainment. The paper honestly addresses fundamental challenges including the field strength problem and technical detection limitations.

James Brine, BSc — NullField Lab
December 2025 • Version 2.0
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Cosmology
Simulation Hypothesis Heliobiology Speculative

Celestial Computational Architecture

Solar System as Simulation Infrastructure: Orbital Mechanics as Programmatic Timing Systems

This paper proposes a theoretical framework wherein the physical universe constitutes both the hardware and executing program of a self-contained computational system. Under this hypothesis, conscious beings serve as the primary computational substrate, with solar and planetary electromagnetic emissions functioning as timing triggers that modulate collective psychological states via the HPA axis. We examine correlations between solar cycle maxima, planetary conjunctions, and significant geopolitical events over the past 170 years.

James Brine, BSc — NullField Lab
December 2025 • Version 1.0
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Call for Papers & Collaboration

We welcome submissions from researchers, independent investigators, and interested collaborators exploring electromagnetic biology and chronobiology.

Topics of Interest

  • Geomagnetic field effects on biological systems
  • Circadian rhythm and electromagnetic environment interactions
  • Power grid EMF and neural oscillation research
  • Schumann resonance and biological timing
  • Lunar cycle correlations with physiological rhythms
  • Magnetoreception mechanisms in humans
  • Space medicine and electromagnetic habitability

Collaboration Opportunities

  • Joint research projects and data sharing
  • Peer review and critical analysis of hypotheses
  • Experimental design consultation
  • Open-source tool development
  • Literature reviews and meta-analyses
  • Replication studies and validation research

Submission Guidelines

  • Format: PDF or HTML preferred; Word documents accepted
  • Length: No strict limits; concise writing encouraged
  • Style: Academic format with proper citations (any citation style accepted)
  • Disclosure: All conflicts of interest must be declared
  • Status: Submissions may be speculative hypotheses, literature reviews, experimental results, or theoretical frameworks
  • Note: All published papers will include clear disclaimers about peer-review status and speculative nature

Submit papers or collaboration inquiries to:

[email protected]

Please include "Paper Submission" or "Collaboration Inquiry" in your subject line