Amith2006
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Can it be said that similarity transformation is a transformation in real space while unitary transformation is a transformation in complex space?
The discussion centers on the relationship between similarity transformations and unitary transformations, exploring whether they can be categorized as transformations in real space versus complex space. The conversation includes technical aspects of these transformations and their properties.
Participants express differing views on whether similarity and unitary transformations can be categorized distinctly based on the type of space they operate in. The discussion remains unresolved, with multiple competing perspectives presented.
Some claims depend on the definitions of similarity and unitary transformations, and there are unresolved aspects regarding the implications of these transformations in different spaces.
ice109 said:they're really the same thing, it's just that a unitary transformation is one that preserves lengths of complex numbers, which can be viewed as vectors on an argand diagram, while an orthonormal transformation preserves lengths of real vectors.
Amith2006 said:Since a unitary transformation preserves lengths and angle between the complex numbers in the 2 basis, doesn't it make sense to say its operates in a complex space?
ice109 said:in a complex space? i would say it operates on a complex space.
what is your native language?
Amith2006 said:Well, not English but this was just a typographic error buddy. So, what do u say about unitary transformation- operating on a complex space?