P lants are able to perform photosyn- thesis and cannot escape from environmental stresses, so they therefore developed sophisticated, highly responsive and dynamic physiology. Others' and our results indicate that plants solve their optimal light acclimation and immune defenses, photosynthesis and transpiration by a computational algorithm of the cellular automation. Our recent results however suggest that plants are capable of processing information encrypted in light intensity and in its energy. With the help of nonphotochemical quenching and photoelectrophysiological signaling (PEPS) plants are able to perform biological quantum computation and memorize light training in order to optimize their Darwinian fitness. Animals have their network of neuron synapses, electrophysiological circuits and memory, but plants have their network of chloroplasts connected by stromules, PEPS circuits transduced by bundle sheath cells and cellular light memory. It is suggested that plants could be intelligent organisms with much higher organism organization levels than it was thought before.
Light, Photosynthesis and Life
Without light there are very limited life possibilities. Plants are unique organisms capable of photosynthesis that support non-photosynthetic life on our planet. Due to photosynthesis and oxygenic atmosphere, reach heterotrophic live forms could evolved on the Earth. Plants cannot escape from a stress situation.