By Bernd Thaller

"Visual Quantum Mechanics" makes use of the computer-generated animations stumbled on at the accompanying material on Springer Extras to introduce, encourage, and illustrate the strategies defined within the ebook. whereas there are different books out there that use Mathematica or Maple to coach quantum mechanics, this e-book differs in that the textual content describes the mathematical and actual principles of quantum mechanics within the traditional demeanour. there isn't any specified emphasis on computational physics or requirement that the reader be aware of a symbolic computation package deal. regardless of the presentation of quite complicated issues, the ebook calls for purely calculus, making advanced effects extra understandable through visualization. the fabric on Springer Extras presents easy accessibility to greater than three hundred electronic video clips, lively illustrations, and interactive photos. This publication besides its additional on-line fabrics varieties an entire introductory direction on spinless debris in a single and dimensions.

**Read or Download Visual Quantum Mechanics: Selected Topics with Computer-Generated Animations of Quantum-Mechanical Phenomena PDF**

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"Visual Quantum Mechanics" makes use of the computer-generated animations discovered at the accompanying material on Springer Extras to introduce, inspire, and illustrate the recommendations defined within the ebook. whereas there are different books out there that use Mathematica or Maple to educate quantum mechanics, this booklet differs in that the textual content describes the mathematical and actual rules of quantum mechanics within the traditional demeanour.

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**Additional info for Visual Quantum Mechanics: Selected Topics with Computer-Generated Animations of Quantum-Mechanical Phenomena**

**Example text**

This set is not a linear subspace, because the linear combination of two Gaussians Gq1 and Gq2 is not of the same form. But the set of all possible linear combinations of the functions Gq is a linear subspace that fulﬁlls the density criterion. ˆ q = FGq are just shifted Gaussian In Fourier space, the functions G functions. 106) G π 2 is also dense in the Hilbert space of square-integrable functions. 8. 8. Inequalities In this section you will read about some inequalities related to Fourier analysis.

Note in particular that [∇ + ik0 , x − x0 ] = n. 118) (−i∇ − k0 )ψ (x − x0 )ψ ≥ ψ 2. 2 Equality holds for a Gaussian that is translated in position space by x0 and in momentum space by k0 . 8. INEQUALITIES 43 amounts to a phase shift in position space. Hence the Gaussian functions that are optimal with respect to the above inequality are given by (x − x0 )2 , α > 0. 120) 2 n ˆ k |ψ(k)| d k. 121) and ˆ kψˆ = k ψ ≡ ψ, Rn In quantum mechanics, these quantities are called the expectation values of position and momentum.

2. 65) for all ψ, φ ∈ D(T ) and all scalars a, b ∈ C. 10. Verify that the set D of integrable and square-integrable functions is a linear subspace of L2 (Rn ). Show that the Fourier transform F : ψ → ψˆ is a linear operator deﬁned on the domain D, that is, prove that Eq. 65) holds for F. Two linear operators S and T can be multiplied. The product is simply deﬁned as the composition, (ST )ψ ≡ S ◦ T ψ = S(T ψ). 66) The domain of the product ST consists of those elements ψ in the domain of T , for which T ψ is in the domain of S.