Here in thesis , we investigate the photosensitivity of photoreceptors via the Hishelwood distribution and show that photoreceptors can detect single photons in long warelengths with the help of thermal energy. In the next step , we simulate a neurophotonic quantum transfer of photon information from the retina to the primary visual cortex . Our approach is based on the Brassard teleportation circuit . Our simulation indicates that the quantum states of photons can be transferred to the brain intact despite collapsing in the retina . This simulation can be equivalent to the delayed luminescence in visual pathways in the human brain . As a result , our simulation can be a support for the Copenhagen Interpretation of quantum theory in which the brain of Observer can receive and collapse the quantum states from the system .
