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In this monograph predictions for parity violating
symmetries have been presented that arise from the
interference beween strong and electroweak sectors
of the standard model.The peculiar correlation
between the final states arrsing due to the
constraint of having the same quantum numbers for
the final states involving weak bosons and in which
the weak boson is replaced by a gluon, results in
parity violating behavior which might be observable
in future electron positron colliders operating at
energies well above the threshould of producing a
pair of massive vector bosons.The observations of
these assymetries should be possible at future
electron positron colliders. The results presented
are intriguing examples of interplay between
different sectors of the standard model and could be
a prelude to the processes in models involving
extended symmetries, like Supersymmetry, where the
effects could be more pronounced.
symmetries have been presented that arise from the
interference beween strong and electroweak sectors
of the standard model.The peculiar correlation
between the final states arrsing due to the
constraint of having the same quantum numbers for
the final states involving weak bosons and in which
the weak boson is replaced by a gluon, results in
parity violating behavior which might be observable
in future electron positron colliders operating at
energies well above the threshould of producing a
pair of massive vector bosons.The observations of
these assymetries should be possible at future
electron positron colliders. The results presented
are intriguing examples of interplay between
different sectors of the standard model and could be
a prelude to the processes in models involving
extended symmetries, like Supersymmetry, where the
effects could be more pronounced.