Yes, the speed of light cannot exceed its limitation, and as one channel stretches in length, it simply requires more time to travel that length at the constant maximum speed. The fixed channel remains the same, and…
Okay, but it still doesn't mean the particle passes through both slits.
The really interesting part in all this, is that we're still reduced to bouncing values off of imaginary numbers to obtain accurate readings. We toss our known quantities into a void, anticipating that if some…
Yes, the speed of light cannot exceed its limitation, and as one channel stretches in length, it simply requires more time to travel that length at the constant maximum speed. The fixed channel remains the same, and…
Okay, but it still doesn't mean the particle passes through both slits.
The really interesting part in all this, is that we're still reduced to bouncing values off of imaginary numbers to obtain accurate readings. We toss our known quantities into a void, anticipating that if some…