Goal
Demonstrate that living matter can produce calcium through low-energy nuclear transmutations, providing experimental evidence that elements can be created in biological systems.
Problem
Observed increases in calcium content of calcifugous plants and germinated oats without any external calcium source, which cannot be explained by conventional chemistry.
Concept Summary
Kervran presents a series of experiments showing significant calcium enrichment in oat seedlings and other plants grown in distilled water. He attributes the increase to low-energy nuclear transmutations mediated by weak interactions, suggesting that elements such as potassium, magnesium or silicon are converted into calcium within the biological system. The work links these observations to contemporary particle-physics theories of weak currents.
Detailed Description
The manuscript details experimental procedures where oat seeds are germinated in twice-distilled water, avoiding any external mineral addition. Calcium content is measured before and after germination using various analytical techniques, including mass spectrometry (though the data section is missing). Reported increases reach up to about 96 % relative to the seed's original calcium level. The author discusses possible nuclear pathways, cites related work by J. E. Zundel and others, and places the phenomenon within the framework of low-energy weak interactions, referencing neutral-current theory and the work of physicists such as Oliver Costa de Beauregard. The text emphasizes reproducibility, claiming hundreds of experiments and thousands of analyses, but provides limited quantitative data.
Principles
- Low-energy nuclear transmutation
- Weak interaction physics
- Biological catalysis of nuclear reactions
Scientific Domains
Materials
- Oat seeds
- Calcium
- Potassium
- Magnesium
- Silicon
Mechanisms of Action
- Transmutation of potassium, magnesium or silicon into calcium within living tissue
- Weak-interaction mediated nuclear reactions occurring at low energies
Applications
- Agriculture
- Nutrient enrichment of crops
Claimed Performance
Calcium increase in germinated oats up to approximately 96 % compared with the original seed calcium level.
Experimental Evidence
Hundreds of experiments and thousands of analyses reported, showing calcium enrichment in oats and other calcifugous plants grown without external calcium. Mass-spectrometer analysis is mentioned (section missing).
Replication Status
No independent replication reported; author asserts reproducibility within his own laboratory.
Limitations
- Lack of independent replication
- Missing sections and data (e.g., mass-spectrometer results)
- Mechanistic explanation remains speculative
Red Flags
- Claims of nuclear transmutation without conventional experimental validation
- Missing experimental data and incomplete manuscript
- Potential pseudoscientific interpretation
