On Fractional Schrödinger Equation and Its Application
... Schrödinger Equation, Space Time Fractional Schrödinger Equation, TimeSpace fractional Schrödinger like equation, Free Electron, Potential Well. ...
... Schrödinger Equation, Space Time Fractional Schrödinger Equation, TimeSpace fractional Schrödinger like equation, Free Electron, Potential Well. ...
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Qualification Exam: Quantum Mechanics
... µ-meson; suppose these particles are both in their lowest energy states. Give reasons why the electron wave function can be approximated as Ψe = π −1/2 ae−3/2 e−r/ae while the µ-meson wave function is approximately Ψµ = π −1/2 23/2 aµ−3/2 e−2r/aµ Here ae and aµ are the Bohr radii for the electron an ...
... µ-meson; suppose these particles are both in their lowest energy states. Give reasons why the electron wave function can be approximated as Ψe = π −1/2 ae−3/2 e−r/ae while the µ-meson wave function is approximately Ψµ = π −1/2 23/2 aµ−3/2 e−2r/aµ Here ae and aµ are the Bohr radii for the electron an ...
PT-symmetric quantum mechanics
... continuing classical mechanics into the complex plane, we can choose any point x(0) in the complex plane as an initial position. For all complex initial positions outside of the conventional classically allowed region the classical trajectory is an ellipse whose foci are the turning points. The elli ...
... continuing classical mechanics into the complex plane, we can choose any point x(0) in the complex plane as an initial position. For all complex initial positions outside of the conventional classically allowed region the classical trajectory is an ellipse whose foci are the turning points. The elli ...
