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We present a theoretical study of the magnetic band structure of conductionand valence states in Quantum Well Wires in high magnetic fields. We show thathole mixing results in a very complex behavior of valence edge states withrespect to conduction states, a fact which is likely to be important inmagneto-transport in the Quantum Hall regime. We show how the transition fromone-dimensional subbands to edge states and to Landau levels can be followed byoptical experiments by choosing the appropriate, linear or circular,polarization of the light, yielding information on the one-dimensionalconfinement.Comment: Written in REVTEX. Figures available upon request from the author

Valence band structure, edge states, and interband absorption in quantum-well wires in high magnetic fields