Thank you for this explanation, sir. My high school book hinted a part about the Schrodinger equation and the Hamiltonian operator, and this video has somewhat cleared some of my understandings regarding this topic. Definitely checking out the playlist for better understanding!
The key to understand Hamiltonian Operator is to understand Momentum Operator, Once you explain clearly the Momentum Operator, Hamiltonian will be in the picture automatically.
I’m a high school student so pardon me if My question sounds stupid …💀😭but this formula for hamiltonian operator is only for one particle, then how / why do we use it in many- body schrödinger equation where we have more than one particles?
hello, one question, the hamiltoniano in clasic mechanic is not the kinetic energy - potential energy??...i sorry for my writing, i dont speak english...exellent video
Please help me, I had read the paper of Oren Raz and Zhiyue Lu in 2017, they had predicted an Inverse Markovian Mpemba effect (cold system heats up faster than a hotter system when coupled to the same thermal bath). They used 1D Ising model with 32,768 microstates (N=15), the antiferromagnet coupling constant is -2, external field is 0.2. The bath temperature is 0.05, the hot system(initial) is 4.25 and 1.15 for cold system. HERE'S MY QUESTION: WHAT UNIT OF TEMPERATURE IS USED IN ISING MODELS? in the paper there are no unit so i think there's none. If the unit of temperature used in ising model is different how can I convert it to Kelvin
You’re the man!! You look to young to be a professor but youre so good! Thanks for all your hard work.
Thank you for this explanation, sir. My high school book hinted a part about the Schrodinger equation and the Hamiltonian operator, and this video has somewhat cleared some of my understandings regarding this topic. Definitely checking out the playlist for better understanding!
Excellent explanations - step by step!
Great video, thank you!
great video solved a lot of pressure thank you
I think you helped me with study and falling in love too 😂😂 .. Thx for helping me at both of them 😂❤
Whether bonded electrons rorate their respective nuclei?
Sounds clear to a novice like me. Thanks for explaining.
How would you define an operator?
Very helpful! Thank you so much.
The key to understand Hamiltonian Operator is to understand Momentum Operator, Once you explain clearly the Momentum Operator, Hamiltonian will be in the picture automatically.
I’m a high school student so pardon me if My question sounds stupid …💀😭but this formula for hamiltonian operator is only for one particle, then how / why do we use it in many- body schrödinger equation where we have more than one particles?
Sir what is the difference between Hamiltonian operator and total energy operator
hello, one question, the hamiltoniano in clasic mechanic is not the kinetic energy - potential energy??...i sorry for my writing, i dont speak english...exellent video
Thank you!
thank you so much
Thankyou
it"s really helpfull
Please help me, I had read the paper of Oren Raz and Zhiyue Lu in 2017, they had predicted an Inverse Markovian Mpemba effect (cold system heats up faster than a hotter system when coupled to the same thermal bath). They used 1D Ising model with 32,768 microstates (N=15), the antiferromagnet coupling constant is -2, external field is 0.2. The bath temperature is 0.05, the hot system(initial) is 4.25 and 1.15 for cold system.
HERE'S MY QUESTION:
WHAT UNIT OF TEMPERATURE IS USED IN ISING MODELS?
in the paper there are no unit so i think there's none.
If the unit of temperature used in ising model is different how can I convert it to Kelvin
Remake with a greater amount of sound fidelity. The sound is bad. Content is great.
Pls give me your t shirt. I need to learn quantum
Weldone dear
You look too young for quantu😮 physics 😮