Why Is Cyclop's Superpowers Scientificly Viable?

Are Cyclop’s superpowers scientifically viable? Not really, but the human eye could be genetically modified to produce a similar effect. Jellyfish produce a protein called green fluorescent protein, also known as GFP, which give them their famous glow when exposed to light. The gene that produces this protein can be modified to produce a red light, known as red fluorescent protein, that resembles Cyclop’s beam. To provide the light source that will allow the RFP to glow, we could use luciferase, an enzyme in fireflies that produces light when exposed to oxygen. At this stage, the eyes will now be glowing red, but it will be unfocused and won’t create a beam. Laser beams are focused in real life by the use of two mirrors, and mirrors don’t grow
in eyes. Instead, a replacement for these mirrors can be found in a human kidney cell. If the RFP is put inside of the kidney cell and the luciferase emits light onto the kidney cell, a light beam should now form on the other side of the kidney cell. So, all you would need to do to recreate this light beam would be to modify your eyes to produce kidney cells, GFP changed to RFP, and luciferase.