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03Established
Piezoelectric Materials
Crystal physics and interfacial water
The piezoelectric effect is one of the most useful phenomena in engineering: it keeps time in every quartz watch and images the seafloor. Water's interfacial behaviour is stranger, and less settled.
What is established
- Quartz is piezoelectric: stress produces charge separation, and an applied voltage changes its dimensions. Discovered by the Curies in 1880.
- This underpins oscillators, clocks, sonar, pressure sensors and ultrasound — all of it repeatable and industrially standardised.
- Pollack's group describes an exclusion zone next to hydrophilic surfaces with properties distinct from bulk water. The observation is documented; the interpretation is still debated.
What is proposed
- That crystals placed in a specific geometric array around a space amplify a human biofield.
- That water can be 'structured' by proximity and retain information. Crystal-photography claims of this kind have not survived controlled replication and are treated as unverified here.
What remains open
- Whether interfacial water effects matter at the scale and humidity of a room.
- A plausible mechanism for passive amplification: crystals transduce their own strain, not an external field of interest.