Re: Carrots have feelings, too :)

Yes, I am of course reading, my way. And in return I believe I can teach you something about the birds, bees, flowers, trees:)

I like the connection, the similarity of systems in plants, animals and humans. I never felt superior to them, only different, definitely connected.
One would think that the brain would have most biophotons, but that is the palms.
Then I connect to Gurwitch, and his onion roots.

"Biophoton measurements on humans

The emission of biophotons has not only been established for practically all plant and animal organisms.

Although only a few such investigations have been realized up to now, we now know that weak, but highly coherent light is also emitted by the human body. While some earlier measurements of human biophoton emission have been made in the Soviet Union, the first Western investigations were carried out by the New York team of Richard Dobrin and John Pierrakos in the late 1970's.

They found emissions of some hundred photons per second from the chest in the UV and visible range of the spectrum.

Some test persons were able to increase the emission up to 100 percent by using breathing techniques and deliberate tremblings. In 1989 and 1990, a group of British researchers obtained more than three times higher intensities in the spectral range of 420-650 nm from hands, trunk and forehead. The palms showed a much higher emission (500 photons per second) than trunk and forehead.

The emission at the particular regions of the body remained quite regular, but the team found indications for temporal variations with a maximum in the evening.

In the 1990's, systematic long-term investigations of human biophoton emission with a specially developed whole-body biophoton-counting equipment were started in Popp's lab, mainly conducted by Sophie Cohen (Cohen & Popp, 1997, 1998; Cohen, Popp & ran, 2003).

The most interesting results were the findings on the rhythmicity of the emission, the significance of right-left asymmetries, and the non-local effects of treatments on the emission.

Long-time measurements conducted daily over a time of more than a year confirmed that the emission of all points on the body displays a clear dependence on the various known biological rhythms (24 hours, weekly, monthly). Measurements on symmetric points on both sides of the body led to the tentative assumption that symmetric measurement values may indicate healthy states while right-left asymmetricities are an indication of disturbances.

Most interesting is the recent finding that the changes of the biophoton emission after some treatment were not only observed at the position of treatment, but also appeared at other places of the body.

These non-local effects seem to demonstrate that the local biophoton emission is an expression of a global biophoton field of the whole organism.
http://www.bibliotecapleyades.net/ciencia/ciencia_fuerzasuniverso06.htm Tweet