Corpus ID: 120739188

Spectral Power Densities of the Fundamental Schumann Resonance Are Enhanced in Microtubule Preparations Exposed to Temporally Patterned Weak Magnetic Fields: Implications for Entanglement

@article{Dotta2015SpectralPD,
  title={Spectral Power Densities of the Fundamental Schumann Resonance Are Enhanced in Microtubule Preparations Exposed to Temporally Patterned Weak Magnetic Fields: Implications for Entanglement},
  author={B. T. Dotta and David A. E. Vares and M. Persinger},
  journal={Journal of Consciousness Exploration & Research},
  year={2015},
  volume={6}
}

B. T. Dotta, David A. E. Vares, M. Persinger

Published 2015

Physics

Journal of Consciousness Exploration & Research

Preparations of microtubules (MT) from mouse melanoma cells emitted predictable photon counts when sampled 50 times per s (every 20 ms) that depended upon the numbers of these preparations. Counterbalanced serial 4 min exposures of the same MT to different temporally patterned magnetic fields with intensities between 3 and 10 μT did not alter the absolute photon emissions but shifted their spectral power densities (SPD). Compared to baseline (no field) 4 min periods there were conspicuous… CONTINUE READING

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