Symmetry of Physical Laws Part II. Q-number theory of space-time inversions and charge conjugation
MetadataShow full item record
Symmetry properties of physical laws with respect to space-inversion, time-reversal and charge-conjugation are investigated in detail in the framework of the quantized field theory. In most cases, the requirements of invariance or these transformations are automatically satisfied; in a few other cases they can impose certain conditions on the ways in which different types of interaction are to be mixed. The ideas of space-parity, charge-parity and superselection rules are coherently derived from the general formulation of field theory.
Showing items related by title, author, creator and subject.
Stevens, Mark; Koh, Ernest (2003-11-25);This interactive tutorial provides the practice to reinforce the concept of magnetic force of moving charges. The key concepts covered include: The direction of the resultant magnetic force is always perpendicular to the ...
Jung, Yun Su (Monterey, California: U.S. Naval Postgraduate School, 1987-12);The charge distribution of periodic electron beam pulses generates patterns of sub-Cerenkov radiation distinctive of the distribution of charge with in a bunch. Mapping the radiation pattern from different charge shapes ...
Gedra, David R. (Monterey, California. Naval Postgraduate School, 1995-03);Charge coupled devices (CCDs) are semiconductor devices which can transfer information, represented by a quantity of electrical charge, from one physical location of the semiconductor substrate to another in a controlled ...