I know different crystals resonant at different frequencies but is it possible to grow crystal at a certain frequency. An example would be growing crystals using Epsom salt or Alum in a magnetic field or when it's subjected to an electric field while two electrodes are submerged into the saturated solution.

The reason I ask is I know they can "program" magnetic fields one company doing this is called Correlated Magnetics

A video that explains "programming" magnets

I would like to do something similar but with crystals. I do know there are ways to test the resonance of crystal oscillators Video showing how to find resonance frequency of crystal oscillator

How to test Rochelle salt piezoelectric crystals voltage oscilloscope

Now I'm just trying to see and find out if I can "program" crystals at various frequencies by subjecting them to magnetic fields or electric fields. Has anyone tried this or know of research being done?

  • $\begingroup$ I'm afraid your idea is bad. One can influence magnetic properties using magnetic field, but they are too weak to influence mechanical properties. Even if you'd get one strong enough it would be highly dangerous. $\endgroup$
    – Mithoron
    Jan 3, 2016 at 16:40
  • $\begingroup$ On second thought maybe you could make sth with piezoelectric or magnetostrictive materials. $\endgroup$
    – Mithoron
    Jan 3, 2016 at 16:47

1 Answer 1


The main influence on resonant frequency of a crystal is mechanical: the mass of the crystal and the restoring force of elasticity cause the crystal to vibrate at a specific frequency when disturbed. To fine-tune the crystal, bits may be chemically or abrasively removed or the mass may be increased slightly by rubbing with graphite.

That said, crystal orientation does influence resonant frequency because the modulus of elasticity of a crystal such as quartz is anisotropic, i.e. it varies significantly in which plane it is measured. Perhaps applying a strong magnetic or electrostatic field would change the resonant frequency -- but you would need to isolate the effect on the crystal from that of its mounting, particularly if there are metallic contacts.


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