Thanks.
Somehow it makes sense to me.
how to observe this phenomenon practically.
Can you please explain in a physical scenario using electrons, and Stern Gerlach apparatus.?
I know that we can change the spin orientation of a spin 1/2 particle up or down and test it in the Stern Gerlach apparatus.
And the spin 1/2 particles need two full rotations to return to the previous state.
Questions:
1). what does state mean?
2). Is, Changing spin orientation to up or...
I have questions about Black body radiation. see the attached image
1). It explains that the Spectral radiance measurement of 7000K temperature is the same as both 300 and 520 nm wavelength light.
See here both A and B shows 60.
Is my understanding correct?
2). Is spectral radiance the number...
Wiki says that it is caused by two probability wave
http://en.wikipedia.org/wiki/Double-slit_experiment
The appearance of interference built up from individual photons could seemingly be explained by assuming that a single photon has its own associated wavefront that passes through both...
ok, what is happening when we not observed? how interference pattern is generated while we are not observing?
it doesn't say anything about double-slit.
it doesn't tell about the single-particle interference over the time period. it tells only about single-photon is passing one time to...
If we let one photon pass through two-slit, photon will be detected some location at screen. if we continue the same for long time and sending one photon again and again, we can see the interference patterns in the detector screen.
how it is happening? how single photon is showing interference...
this is the problem to me.
I am lack of this kind of math. I came to know that single photon is showing interference pattern in two slit experiment by traveling into both slit at a time. and it causes two wave from each slit and these two waves are interfering and showing interference pattern...
Somehow it is making sense to me. Thanks.
but one doubt in your answer.
assume single photon scenario.
one probability wave before slit is fine.
but after the two slit it is splitted into two wave and and then the collision of two is causing interference pattern. is that not correct?
I am lost. Actually I asked about two photons from same light source and not entangled. let me make in more detail.
1). Photon1 and photon2 are from same light source, not entangled and travelling. And have Wave1 and Wave2 respectively..
2). These are passing two-slit simultaneously.
3). now 4...
ok let me ask the question in different way.
individual photons are having their own spatial-probability wave. So anyone of these (bellow) two different phenomenons must be true.
1). One photon's probability wave can collide with another photon's probability wave. the two-slit...
I think it tells about two separate light beam. I am asking about the probability wave of photons in same light beam in double-slit experiment.
if we assume the probability waves of two different photon can collide with each other then why we can not see the interference without double-slit...
I am extending My queries.
Assume a photon is passing double-slit. Here the probability wave is splitted into two and interfere with each other. So we are seeing interference pattern over the time period. It is fine and clear.
Assume two photons are passing double slit, simultaniously...