By Bernd Thaller

ISBN-10: 0387207775

ISBN-13: 9780387207773

ISBN-10: 0387271279

ISBN-13: 9780387271279

Advanced visible Quantum Mechanics is a scientific attempt to enquire and to educate quantum mechanics due to computer-generated animations. it's a self-contained textbook that mixes chosen issues from atomic physics (spherical symmetry, the hydrogen atom, and debris with spin) with an advent to quantum info thought (qubits, EPR paradox, teleportation, quantum computers). It explores relativistic quantum mechanics and the unusual habit of Dirac equation suggestions. a chain of appendices covers very important issues from perturbation and scattering thought. The ebook areas an emphasis on principles and ideas, with a good to average quantity of mathematical rigor.

Though this e-book stands on my own, it could even be paired with Thaller visible Quantum Mechanics to shape a finished path in quantum mechanics. The software program for the 1st e-book earned the ecu educational software program Award 2000 for striking innovation in its box.

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**Additional resources for Advanced Visual Quantum Mechanics**

**Example text**

Let us do the integration over the angle ϕ because we are interested in the ϑ-position irrespective of the ϕ-position. This gives only a factor 2π because the absolute value of ψ ,m = (1/r) Y m does not depend on ϕ. Hence, 2π |ψ ,m (ϑ, ϕ)|2 r2 sin ϑ dϑ is the probability that a particle on the sphere is in an inﬁnitesimal circular strip of width dϑ around the polar angle ϑ. 123) gives for the position probability density as a function of ϑ the expression pqm (ϑ) = 2π sin ϑ |Y m (ϑ, 0)|2 . 8. 12.

6. 1. Spherical coordinates In order to determine the eigenvalues and eigenfunctions of the orbital angular-momentum operators L2 and L3 , it is convenient to express them as diﬀerential operators in spherical coordinates. 6. In a spherical coordinate system, the position of a point is speciﬁed by its distance r from the origin, its polar angle ϑ and its azimuthal angle ϕ. 81) x3 (r, ϑ, ϕ) = r cos ϑ. 6. 82) ϕ(x1 , x2 , x3 ) = arctan(x1 , x2 ) ∈ (−π, π]. Here, the function arctan of two variables is deﬁned as arctan(x1 , x2 ) ≡ π θ(−x1 ) sgn(x2 ) + arctan(x2 /x1 ).

23. Show that if the operators J1 , J2 , J3 satisfy the commutation relations [J1 , J2 ] = i J3 , and so forth, then the possible eigenvalues of J 2 are 2 j(j + 1) with j = 0, 21 , 1, . , and for each j the possible eigenvalues of J3 are m with m = −j, −j + 1, . . , j. 24. Let φj,j be a simultaneous eigenvector of J 2 and J3 , with the maximal m = j. Assume that φj,j is normalized, φj,j = 1. Deﬁne φj,m−1 = 1 j(j + 1) − m(m − 1) J− φj,m , m = j, j − 1, . . , −j + 1. 80) Show that the vectors φj,m , m = −j, −j + 1, .

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