dstroy0
Zeroes and Ones
Photon energy level is inversely proportional to wavelength. It's a minimum of eight photons to complete the reaction, certain mixes of photon flux have a real effect on morphology because of the distinct excitation spectra of the two photosystems PSI and PSII.Personally by the looks of things I'd prefer the cob side.
Blue photons are higher energy than red. Photons are released in the photosynthesis reaction. Those photons posess less energy than the original photon. It takes more than one photon to complete the photosynthesis reaction but I can't find anything that says it can't be the same original photon. I feel like this is what creates the different morphology. In a sense the cell doesn't have to wait for another photon to come along, its already there. So it does what its programmed to do reproduce more cells like it so the incoming energy can be processed. Funny the system breaks under monochromatic light though.
Why Far-Red Photons Should Be Included in the Definition of Photosynthetic Photons and the Measurement of Horticultural Fixture Efficacy
Historical background. Photosynthesis has long been known to be wavelength-dependent (Hoover, 1937;Emerson and Lewis, 1943). At low photon flux densities, McCree (1971) and Inada (1976) found that red photons (600-700 nm) drive photosynthesis more efficiently than green (500-600 nm), followed by...
www.frontiersin.org