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The neutron-deficient region of the nuclear chart provides unique opportunities to study several important effects near the proton-drip line pertaining to nuclear structure and nuclear astrophysics. The present article focuses on nuclei with isospin Tz = −3/2 in terms of the spin polarization and the ground state magnetic moment. An experiment on measuring the ground state moment pf 35 K by employing the β-NMR technique leads to several interesting results that pose challenging questions to theory. 1 A little background The west side of the nuclear chart presents unique opportunities to explore several nuclear structure effects where the number of protons is larger than the number of neutrons and Coulomb interaction is expected to play an important role, especially as the nuclear system grows heavier. The dipole magnetic moment of the nucleus is a property of the nucleus than can be used as a special tool to study such effects. This is due to its explicit dependence on the proton and neutron components of the wavefunction. In the past, several measurements have been completed for stable nuclei employing a variety of techniques exploring interesting structural properties. Modern facilities, such as the National Superconducting Cyclotron Laboratory in Michigan State University, have advanced and are now able to provide radioactive beams closer or almost on the drip lines. In that way, new perspectives are offered to explore the nuclear landscape at its extremes. The proton-drip line has recently attracted a lot of attention from both nuclear structure and nuclear astrophysics. In that framework, magnetic moment measurements may provide priceless information. Also, by studying additional Preprint submitted to Elsevier Preprint 18 April 2007 16th Hellenic Symposium on Nuclear Physics

Probing the Tz=−3/2 nuclei via magnetic moment measurements