How can you say the momentum and energy are exactly equal when the mass is double and therefore kinetic yield is higher withing the total experiment..
Is there a relatively cheap or common substance that can produce parametric down conversion? I've heard of beta barium borate, but it's a bit expensive. I'm looking for something that can demonstrate the principle, it doesn't have to be very high quality. Thanks.
Interesting video! Is the photon a wave until it comes in contact with a detector? I was thinking that the more detectors you set up the more places you will collapse the wave function. Therefore the more photons you will create or form.
what type of energy are you measuring?
How can you say the momentum and energy are exactly equal when the mass is double and therefore kinetic yield is higher withing the total experiment..
craigmancool 5 months ago
what type of energy are you measuring?
craigmancool 5 months ago
Now *this* is a science video, to hell with thenewscientist and their gadgets.
Thanks for the upload, this is quality.
heloizyjhenifer 8 months ago
Is there a relatively cheap or common substance that can produce parametric down conversion? I've heard of beta barium borate, but it's a bit expensive. I'm looking for something that can demonstrate the principle, it doesn't have to be very high quality. Thanks.
bobhwantstoknow 1 year ago
The jazz at the end was the icing on the cake, marvellously made vid, more more pls
My mind wandered to entanglement possible application ?
RevDevilin 1 year ago
Interesting video! Is the photon a wave until it comes in contact with a detector? I was thinking that the more detectors you set up the more places you will collapse the wave function. Therefore the more photons you will create or form.
nickharvey7 1 year ago
@nickharvey7
You can only collapse the wave form once and "produce" one particle. If you set up many detectors only one of them will detect the particle.
bobhwantstoknow 1 year ago