5. The Hamiltonian for an axially symmetric rotator is L;+ L; L 21, 213 (a) What are the eigenvalues of H? (b) Sketch the spectrum, assuming that I, > Iz. (c) What is the spectrum in the limit that I, is much larger than 1,?

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
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Chapter4: Eigenvalues And Eigenvectors
Section4.5: Iterative Methods For Computing Eigenvalues
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5. The Hamiltonian for an axially symmetric rotator is
H =
+
21,
213
(a) What are the eigenvalues of H?
(b) Sketch the spectrum, assuming that I, > Iz.
(c) What is the spectrum in the limit that I, is much larger than I,?
Transcribed Image Text:5. The Hamiltonian for an axially symmetric rotator is H = + 21, 213 (a) What are the eigenvalues of H? (b) Sketch the spectrum, assuming that I, > Iz. (c) What is the spectrum in the limit that I, is much larger than I,?
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