Open Access General Considerations

Considerations of This Issue

  • Access Status Open Access
  • Language English
  • Pages 8-17
  • Issue Vol. 4 No. 17 (2025)
  • DOI 10.61450/joci.v4i17.210
  • Published 2025-08-14
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Authors

  1. 1
    Contributors to the current issue

    Sciencefact R&D Department, Cosmointel Inc. Research Center, Ontario, Canada

Abstract

1- Introduction, 1-1 T-Consciousness and the New Science of Sciencefact, 1-2 Methodology of T-Consciousness Fields Research, 1-3 Study phases in Sciencefact , 1-4 Using T-Consciousness Fields; 2- Overview of Studies in This Issue, 2-1-1 Equipment for the Experiment, 2-1-2 Research Methodology, 2-1-3 Component Readings and Testing, 2-1-4 Analysis Method, 2-1-5 Method for Calculating Mean Voltage, 2-2. Concept and Calculation Method of Shannon and Minimum Entropy in the Studies of This Issue

Keywords

  • T-Consciousness Fields
  • Electrical Properties
  • 10kΩ DIP Resistor
  • Minimum Entropy
  • Shannon Entropy
  • Population Analysis
  • Uncertainty
  • Relative comparison
  • DIP resistor
  • Voltage

How to Cite

Contributors to the current issue. (2025). Considerations of This Issue. The Scientific Journal of Cosmointel, 4(17), 8-17. https://doi.org/10.61450/joci.v4i17.210

This Article Appears In

Examining the Effects of T-Consciousness Fields on the Electrical Properties of Materials

Vol. 4 No. 17 (2025)

Examining the Effects of T-Consciousness Fields on the Electrical Properties of Materials

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Article Type General Considerations pp. 8-17 Issue Notes Examining the Effects of T-Consciousness Fields on the Electrical Properties of Materials