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Complex rotation method applied to scattering phenomena

Quantum theory is a well-established theory, which provides a highly accurate description of microcosmic phenomena. Although developed in the early part of the 20th century several problems concerning the interpretation of quantum theory still remain. Ongoing projects involve the study of the structure of the theory in the complex energy plane using complex scaling techniques as well as investigations of new and alternative descriptions of quantum theory measurement.

"Generalized Green's Functions and Spectral Densities in the Complex Energy Plane" (with E. Engdahl, E. Brändas, and N. Elander), J. Math. Phys. 27, 2629 (1986).

"Resonances and Background. A Decomposition of Scattering Information" (with E. Engdahl, E. Brändas, and N. Elander), Phys. Rev. A 37, 3777 (1988).


		C. Magnus L. Rittby
	Rittby home Curriculum vitae (PDF) Contact Information Department Home Page College Home Page TCU Home Page my.tcu.edu	Complex rotation method applied to scattering phenomena Quantum theory is a well-established theory, which provides a highly accurate description of microcosmic phenomena. Although developed in the early part of the 20th century several problems concerning the interpretation of quantum theory still remain. Ongoing projects involve the study of the structure of the theory in the complex energy plane using complex scaling techniques as well as investigations of new and alternative descriptions of quantum theory measurement. "Generalized Green's Functions and Spectral Densities in the Complex Energy Plane" (with E. Engdahl, E. Brändas, and N. Elander), J. Math. Phys. 27, 2629 (1986). "Resonances and Background. A Decomposition of Scattering Information" (with E. Engdahl, E. Brändas, and N. Elander), Phys. Rev. A 37, 3777 (1988).
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