Recent and continuing tests of the discrete space‐time symmetries, charge conjugation, spatial reflection, and time reversal, using atomic systems are reviewed. Particular emphasis is given to investigations searching for the effects of neutral current interactions which are predicted by unified gauge models of weak and electromagnetic interations. Also the present limits for electric dipole moments of elementary particles are discussed.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/87676/2/1384_1.pd
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
This article provides a coarse-grained review on the experimental tests of fundamental discrete symm...
High-precision measurements of violations of fundamental symmetries in atoms are a very effective me...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
We summarize the present status of testing the standard model of parity nonconservation in neutral a...
The current status of electric dipole moments of diamagnetic atoms which involves the synergy betwee...
Studying the violation of parity and time-reversal invariance in atomic systems has proven to be a v...
Optical experiments have demonstrated cases in which mirror symmetry in stable atoms is broken durin...
An experimental search for parity violating neutral currents in the n = 2 sublevels of the hydrogen ...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
This article provides a coarse-grained review on the experimental tests of fundamental discrete symm...
High-precision measurements of violations of fundamental symmetries in atoms are a very effective me...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
State of the art laser technology and modern spectroscopic methods allow to address issues of fundam...
We summarize the present status of testing the standard model of parity nonconservation in neutral a...
The current status of electric dipole moments of diamagnetic atoms which involves the synergy betwee...
Studying the violation of parity and time-reversal invariance in atomic systems has proven to be a v...
Optical experiments have demonstrated cases in which mirror symmetry in stable atoms is broken durin...
An experimental search for parity violating neutral currents in the n = 2 sublevels of the hydrogen ...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
Low energy precision measurements provide for precise testing of the Standard Model, e.g., in search...
This article provides a coarse-grained review on the experimental tests of fundamental discrete symm...