PACE Peer Review: EMF Calculations for Aires C32S Resonator at 2.4 GHz
Independent peer review by Dr. Andrew Michrowski, PACE — NGO in UN ECOSOC Consultative Status • September 3, 2018
About PACE
The Planetary Association for Clean Energy, Inc. (PACE) is a Canadian scientific organization in Special Consultative Status with the Economic and Social Council (ECOSOC) of the United Nations. Based in Ottawa, PACE conducts independent Radiation and Environmental Surveys and expert peer reviews of EMF and electromagnetic health research. These reviews represent independent third-party validation by a UN-affiliated scientific body.
Study Reviewed
PACE independently peer-reviewed the Serov et al. electromagnetic field calculation study modeling how 2.4 GHz WiFi interacts with the Aires C32S resonator (Aires Guardian 2018). This peer review was issued September 3, 2018, by Dr. Andrew Michrowski.
The research was led by I. Serov with K. Korshunov, I. Soltovskaya, T. Shamko, and consultants Prof. A. Kopyltsov (St. Petersburg) and Prof. A. Jukna (VGTU Vilnius).
Maxwell Quaternion Geometry Applied
PACE highlighted the use of quaternion mathematics — as used by James Clerk Maxwell in 1865 with 20 field variables — rather than modern engineering's simplified 3-vector approach. This fuller mathematical framework properly accounts for the non-symmetry effects enabling the Aires resonator's signal transformation.
Three-Level Resonance Filtering
The modeling demonstrates 3-level resonance superimposition by the C32S that filters WiFi input signals into ordered, coherent output. The 32-axis, 4-fractal-level, 1,185,921-ring structure creates Hertzian-to-non-Hertzian electrodynamic conversion at the resonator's center point.
Peer Reviewer Conclusion
Dr. Michrowski: "We find this Research Report to be credible and instructive. The nature of the findings are aligned with inclusive fundamental physics. This study's results help explain the effectiveness of Aires technology."