Ion Cyclotron Resonance in Biology (Aspden)

Ion cyclotron resonance in biology is the subject of Harold Aspden's 1997 paper Cyclotron Resonance in Human Body Cells, which extends his aether/field framework into a claim about ion behaviour in living cells.

The underlying physics

The mechanism invoked is the classical ion-cyclotron resonance condition: a charged ion in a static magnetic field absorbs radio-frequency energy at a frequency proportional to its charge-to-mass ratio and the field strength. This resonance condition is textbook physics.

Aspden's extension

The index page does not describe the paper's argument; the characterisation of Aspden's extension as concerning biological ions such as calcium and potassium is background context, not something this source establishes. The underlying resonance condition is textbook; the biological significance claimed for it is not established by this source.

Limitations

• The index dossier supplies no abstract, data or clinical outcome for this paper.
• The paper should be read as a hypothesis about ion behaviour, not as a treatment or a dosing guide. No clinical outcome is reported in the source.
• The topic overlaps with the "magnetic therapy" literature and should be read as a research account, not a clinical finding.

The evidentiary status of the Aspden corpus as a whole is analysed in Aspden Claims vs. Evidence: The Index Dossier Without Data.