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Derive Time Independent SCHRODINGER's EQUATION from Time Dependent one
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In this video, I reduce the general (non-relativistic) time dependent Schrodinger's Equation to the Time Independent Schrodinger Equation.
This can be done using the method of separation of variables where the wave function which is a function of space and time is assumed to be a product of two independent functions of space and time separately. This is possible for only those cases where the potential force field experienced by the particle is independent of time, for eg, electrostatic potential field, etc. By using the Planck-Einstein Postulate, we can separate the time dependence and write the final solution as a product of a stationary state (eigen function) and its corresponding time dependence.
Schrodinger's Equation is one of the most Fundamental cornerstones of Quantum Mechanics. It describes the behavior of any quantum particle. Its solution contains all the information about the nature of position, energy etc about the particle. Schrodinger's Equation is to quantum mechanics what Newtons Second law is to Classical physics.
Peace.
“ Truth is the offspring of silence and unbroken meditation. ”
— Isaac Newton
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LINK TO OTHER VIDEOS
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What is a Geiger Muller Counter? - GM Counter
The Four Fundamental Forces
Ehrenfest Theorem | Derivation using Schrodinger's Picture
ObtainingTime Independent Schrodinger's Equation from Time Dependent form
Can electrons exist inside a nucleus?
Electron Wave in Bohr Model of Atom!!
Inductor | Why Current Lags behind Voltage by 90 degrees?
Newton's Laws of Motion
Dynamics of a Point Mass Particle | Conservation of Linear/ Angular Momentum/ Energy
History of Special Relativity (Part 1) - Galilean Invariance & Maxwell's Equations
History of Special Relativity (Part 2) - Michelson Morley Experiment
Special Theory of Relativity
What is Time Dilation? (Thought Experiment)
What is Length Contraction? (Thought Experiment)
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This can be done using the method of separation of variables where the wave function which is a function of space and time is assumed to be a product of two independent functions of space and time separately. This is possible for only those cases where the potential force field experienced by the particle is independent of time, for eg, electrostatic potential field, etc. By using the Planck-Einstein Postulate, we can separate the time dependence and write the final solution as a product of a stationary state (eigen function) and its corresponding time dependence.
Schrodinger's Equation is one of the most Fundamental cornerstones of Quantum Mechanics. It describes the behavior of any quantum particle. Its solution contains all the information about the nature of position, energy etc about the particle. Schrodinger's Equation is to quantum mechanics what Newtons Second law is to Classical physics.
Peace.
“ Truth is the offspring of silence and unbroken meditation. ”
— Isaac Newton
-------------------------------------------
--------------------------------------------
LINK TO OTHER VIDEOS
--------------------------------------------
What is a Geiger Muller Counter? - GM Counter
The Four Fundamental Forces
Ehrenfest Theorem | Derivation using Schrodinger's Picture
ObtainingTime Independent Schrodinger's Equation from Time Dependent form
Can electrons exist inside a nucleus?
Electron Wave in Bohr Model of Atom!!
Inductor | Why Current Lags behind Voltage by 90 degrees?
Newton's Laws of Motion
Dynamics of a Point Mass Particle | Conservation of Linear/ Angular Momentum/ Energy
History of Special Relativity (Part 1) - Galilean Invariance & Maxwell's Equations
History of Special Relativity (Part 2) - Michelson Morley Experiment
Special Theory of Relativity
What is Time Dilation? (Thought Experiment)
What is Length Contraction? (Thought Experiment)
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