I agree.
I used to think there was one centre frequency that would activate one organic reaction. But, no matter how I tried to identify the band or centre frequency, I could not find a way to economically identify the specific channel required, without disturbing or overheating the system.
I wanted to radiate soil with a device like a GPR, to trigger gorse or thistle seed in the soil to germinate, so it could be sprayed with a herbicide once, rather than every year, for the next hundred years.
It seems that one flash of daylight is sufficient to trigger weed seed to germinate, and that occurs when the soil is cultivated during the day. So cultivating a field at night will trigger less germination than cultivating during the day. Regional farming practices have evolved in ways that produce results. We corrupt those practices with new technologies, at our risk.
Should a plough or harrow, have bright work lights when used at night? What colour should those lights be?
Chickens roost at night, but scratch through the soil during the day, exposing small seed to sunlight, triggering germination, and eating some of the bigger seed. Chickens are a lower technology and can be farmed profitably. At this stage, birds are still more productive than GPR at night.EM radiation of flesh is as likely to cause as much bad chemistry as good.
Most of the time it will just warm up the bulk, by dielectric heating.
@roxyboy
I challenge you to provide links to the frequencies you have identified, and identify the molecule or chemical process that those key frequencies trigger.