Related Experiment Videos
[Kirlian photography: accidental or person-specific pattern?].
H Treugut1, M Köppen, B Nickolay
1Zentrale Radiologische Abteilung, Stauferklinik Schwäbisch Gmünd, Mutlangen, Deutschland.
Summary
Kirlian photography reveals individual-specific discharge patterns, not accidental ones. Mathematical analysis confirms that Kirlian patterns are unique to each person, suggesting an individual electromagnetic field.
Area of Science:
- Electrophysics
- Biophysics
- Medical Imaging
Context:
- Kirlian photography, also known as corona discharge photography, captures faint electrical discharges.
- The interpretation of these patterns has been debated, with questions about their reproducibility and specificity.
- Previous studies have relied on visual interpretation, lacking objective quantification.
Purpose:
- To determine if corona discharge patterns in Kirlian photography are random or specific to an individual.
- To objectively analyze and differentiate between accidental patterns and individual-specific discharge patterns.
- To validate the existence of an individual electromagnetic field through mathematical analysis of Kirlian images.
Summary:
- This study analyzed Kirlian photographs from 30 patients using a genetic algorithm to evaluate heuristic measurements of histograms.
- Distinct measurement values were found for accidental patterns (0.28 ± 0.01), general Kirlian patterns (0.3 ± 0.02), and patterns from the same individual (0.44 ± 0.05).
- Mathematical objectivation confirmed the visual similarity of Kirlian photographs, supporting the existence of individual-specific discharge patterns.
Impact:
- Provides objective, mathematical evidence for the individuality of Kirlian discharge patterns.
- Supports the hypothesis of an individual electromagnetic field, distinct from anatomical or surface variations.
- Offers a quantitative method for analyzing Kirlian photography, potentially enhancing its diagnostic or research applications.