Classical Hamiltonian & Hamiltonian Operator in Quantum Mechanics (Kinetic+Potential=Total Energy)

[@tzaidi2349]

You’re the man!! You look to young to be a professor but youre so good! Thanks for all your hard work.

[@ZenX38889]

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!

[@tomjohnson5804]

Excellent explanations - step by step!

[@jeroen93749]

Great video, thank you!

[@md_masud_karim]

great video solved a lot of pressure thank you

[@doaanabih8347]

I think you helped me with study and falling in love too 😂😂 .. Thx for helping me at both of them 😂❤

[@JK-pd7jf]

Sounds clear to a novice like me. Thanks for explaining.

[@chuckstarwar7890]

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.

[@teneoaristocrata3270]

Very helpful! Thank you so much.

[@Jaimahakala123]

Whether bonded electrons rorate their respective nuclei?

[@EmilioRisquezPerez]

How would you define an operator?

[@TaniaAfshin.B]

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?

[@charlycauich8560]

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

[@keith.anthony.infinity.h]

Thank you!

[@student4366]

Sir what is the difference between Hamiltonian operator and total energy operator

[@shahisir3938]

thank you so much

[@shalin3983]

Thankyou

[@shahisir3938]

it"s really helpfull

[@aiversuing9242]

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

[@mikegenco9646]

Remake with a greater amount of sound fidelity. The sound is bad. Content is great.

[@newversionsongs4428]

Weldone dear

[@klmkt4339]

Pls give me your t shirt. I need to learn quantum

[@klmkt4339]

You look too young for quantu😮 physics 😮