Thank you very much for clearing one of most common doubt about pure and mixed state. We want more videos about this kind of very fundamental concepts which are not clearly explained in books
Dear sir, i had a doubt, u said pure state can be represented as a superposition of two states like |45>= 1/√2(|H> + |V>) and it's consistent state. Shouldn't we use superposition term specifically for mixed states? Or am I missing something?
In the case of a mixed state, we have superposition in probability ho=p1|H> and |V> respectively. In the case pure case, superposition in probability amplitude |\psi>=c1|H>+c2|V>
Best video sir...Thank you so much
Best one. Thank you
Thank you very much for clearing one of most common doubt about pure and mixed state. We want more videos about this kind of very fundamental concepts which are not clearly explained in books
thank you
Thank you
Excellent
thank you
your video was really helpful. can you make more videos on such topics from quantum physics.?
thank you!
Can you please make a video on how experimentally we will difference between a pure and mixed state. Thank you for this video.
Dear sir, i had a doubt, u said pure state can be represented as a superposition of two states like |45>= 1/√2(|H> + |V>) and it's consistent state. Shouldn't we use superposition term specifically for mixed states? Or am I missing something?
In the case of a mixed state, we have superposition in probability
ho=p1|H> and |V> respectively. In the case pure case, superposition in probability amplitude |\psi>=c1|H>+c2|V>
@@ABCSolutionz yes, thank you sir for crisp answer.
Best video sir...Thank you so much