Question

What's a safe, easily executable experiment to confirm that quantization of light occurs directly to the retina. We know that light is quantized when projected on to a surface, or on to an inanimate detector, then the surface or the detector observed. An eye can detect a single photon. This means we should be able to quantize light such that a single photon lands on the retina of the left eye or of the right, and the observer confirm it is seen in only one eye. What's a design for this experiment?

Answer 1

A safe and easily executable experiment to confirm the quantization of light directly to the retina involves using a single photon source, a beam splitter, and detectors positioned to detect light in each eye individually.

Step-by-step explanation:

A safe and easily executable experiment to confirm the quantization of light directly to the retina could involve using a single photon source, a beam splitter, and two detectors positioned to detect light in each eye individually.

1. Start by setting up a single photon source that emits one photon at a time, such as a photon gun.
2. Use a beam splitter to split the single photon beam into two separate beams.
3. Position a detector for each eye so that one eye detects photons from one beam and the other eye detects photons from the other beam.
4. Observe the detectors and record the number of photons detected in each eye. If the quantization of light occurs directly to the retina, you should only observe photon detections in one eye at a time.

This experiment would help confirm that the retina of each eye can detect individual photons and provide evidence for the quantized nature of light.