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The expected result in reply #76 wouldn't make sense according to conservation of energy, if the transmitter actually sends a single photon at a time, which then triggers the detectors. But it makes sense if the transmitter transmit the dim light continuously, and trigger the detectors after they accumulate adequate amount of energy. That's why temperature of the detectors affects the detection rate.
My hypothesis asserts that the randomization occurs at the detector.
So does everyone else's.
Quote from: hamdani yusuf on 15/09/2021 08:28:00Re: Is there a better way to explain light?« Reply #59 on: Today at 17:28:00 »What will happen if we fire a single photon at a 50% reflective mirror sorry for my poor knocked up diagram. Will the single photon become two? [ Invalid Attachment ]
Re: Is there a better way to explain light?« Reply #59 on: Today at 17:28:00 »
The super bizarre quantum eraser experiment
space-time referenc
t perpetuate in our reference.
light exists in two separate references
inertial reference; two legs
universal inertial references
single speed of light reference.
speed of light reference
light reference with our inertial universe.
speed of light reference; 2nd law and universal red shift.
The speed of light reference is where space-time breaks down into separated space and time
Or one can move in time without the constraint of space.
Quote from: puppypower on 14/12/2021 12:13:03Or one can move in time without the constraint of space. What does it mean? Can something stay at its position for a long time? From which drame of reference?
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In this part, we will explore how the corpuscular theory of light and the wave theory of light would each have their own champions and compete for ultimate success. We will discuss the contributions made by the likes of Bernoulli, Young and Fresnel