Water & Aqueous Environment Research — Aires EMF Studies
Water Structure Research
Studies using NMR spectroscopy, infrared analysis, and photoluminescence to detect how EMF exposure alters the physical structure of water — and how Aires resonators influence that structure. 2 published studies, 2002–2013.
2
Published Studies
NMR / IR
Instrumentation
2002–2013
Study Period
Zenin
Primary Researcher
Why water structure? Water comprises ~60–70% of biological tissue. If EMF exposure measurably alters the hydrogen-bonding network in water (detectable via NMR relaxation times and IR absorption spectra), this could provide a physical mechanism for downstream biological effects.
Scientific context: Water structure research exists on the exploratory frontier of biophysics. These studies use legitimate spectroscopic methods (NMR T1/T2 relaxation, FTIR) to detect measurable physical changes. Whether such changes have downstream biological significance at normal exposure levels is an open scientific question.
Zenin Water Structure Studies
1
Zenin (2002): NMR Measurement — EMF Effects on Water Structure, Aires Resonator
S.V. Zenin, 2002. Nuclear magnetic resonance (NMR) measurement of water samples after EMF exposure with and without Aires resonator. T1/T2 relaxation time measurements as proxy for hydrogen-bond network disruption.
NMRwater structurerelaxation time20022
Zenin (2013): Infrared Spectroscopy — Water Structure Changes Under EMF, Aires Resonator
S.V. Zenin, 2013. Follow-up using FTIR alongside NMR. Aires resonator exposure: spectroscopic parameters shifted toward unexposed control. Photoluminescence measurements also included.
IR spectroscopyFTIRNMRwater structure2013→ Physics & Engineering | → Animal Model Studies | ← All research publications