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Aims: The purpose of this work is to prove that only by implementing a weighted and thorough theoretical information approach to the development of a physical and mathematical model for measuring Planck’s constant, it is possible to prepare a reasonable justification for calculating the required relative uncertainty. Place and Duration of Study: Mechanical & Refrigeration Consultation Expert, between June 2018 and February 2019. Methodology: Using the principles of information theory and similarity theory, a dimensionless parameter (comparative uncertainty) was formulated to compare the experimental results of measurements of Planck’s constant and the simulated data. Results: Examples of the application of the proposed original method to measure Planck’s constant using the Kibble balance and X-ray crystal density methods are given. Conclusion: The proposed information-oriented approach is theoretically justified and does not include such concepts as a statistically significant trend, cumulative values of consensus or Original Research Article Menin; PSIJ, 21(2): 1-11, 2019; Article no.PSIJ.47765 2 statistical control, which are characteristic of the statistical expert tool adopted in CODATA. We tried to show how the mathematical and, apparently, rather arbitrary expert formalism can be replaced by a simple, theoretically grounded postulate on the use of information in measurements.

Progress in Reducing the Uncertainty of Measurement of Planck’s Constant in Terms of the Information Approach