Jones- Nearing 80 I don’t do experiments any more. However, your proposal sounds interesting.
A sandwich of a semi- conductor and mylar or any transparent material may provide interesting creation of extra photons from the ZPE space or whatever that space is called. Just coordinate the wave length in the film of integral unit wave length thickness with the energy/frequency of the electrons in the conduction band of the semi-conductor. Extra photons would mean a free energy source and no high energy problems. Bob Cook PS: I had retinal vascular eye hemorrhage in December after a routine dilation procedure using muscle relaxant and decongestant tropicamide and phenylephrine. Old age leads to lots of problems, including weak blood vessels, white coat hypertension, intentional blood thinning and risk of excessive bleeding, macular degeneration—dry and wet, high intraocular hydraulic pressure, etc. Considering all this I am on a kick to support development of analytical computer model of a human eyeball with individual unique changing parameters—inter ocular pressure, blood pressure, cordial and retinal vascular dimensional and stress/strain response characteristics (available with state-of-the-art ocular angiography) retinal membrane stiffness and other mechanical properties, normal blood pressure etc. The objective is to understand the real time and accumulated ocular conditions that cause glaucoma, wet age related macular degeneration and other eye problems. The program would/will make use of AI to correlate medicines and other parameters that could affect normal cell repair mechanisms, for example optic nerve sheath deterioration and repair associated with glaucoma. (I think that wear and tear on the retinal structure and the optic nerve due to dimensional changes in the eyeball may be correlated with problems, depending upon lifestyle—reading, alcohol consumption, chronic drug usage—statins, for example, vitamin and food supplements, diet, etc. Many over 50 may benefit in the long run to preserve their eyesight. I am focusing on a brain physiologist and a graduate program at a University in Portland at the moment to perform the programing I have suggested above. FRC
