What is the difference between psi(x;y) and psi(x) in 2D BO

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SUMMARY

The discussion focuses on the differences between the wave functions psi(x;y) and psi(x) in the context of the 2D Box (BO) approximation for a particle in a box. It highlights that psi(x;y) represents a two-variable wave function dependent on both x and y coordinates, while psi(x) is a single-variable wave function dependent solely on x. The conversation also touches on the implementation of these wave functions in MATLAB, emphasizing the need for additional context or source material for accurate representation.

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  • Understanding of quantum mechanics concepts, specifically wave functions.
  • Familiarity with the 2D Box (BO) approximation in quantum physics.
  • Basic knowledge of MATLAB programming for visualizing wave functions.
  • Concept of boundary conditions in quantum systems.
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  • Research the mathematical formulation of wave functions in quantum mechanics.
  • Learn how to implement quantum mechanical models in MATLAB.
  • Explore the implications of boundary conditions on wave functions in a 2D Box.
  • Study the differences between multi-variable and single-variable wave functions in quantum systems.
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Students and researchers in quantum mechanics, physicists working on wave function analysis, and MATLAB users interested in simulating quantum systems.

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What is the difference between psi(x;y) and psi(x) in 2D BO approximation for particle in a box.
how to show psi(x;y) in MATLAB
 
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