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Oscar Naviliat Cuncic

Nuclear Physics - Experimental
640 S. Shaw Lane, Room 1020
(517) 908-7607



1989: Ph.D., Catholic University of Leuven
1986: M.S., Catholic University of Leuven

Selected Publications

Prospects for precision measurements in nuclear β decay in the LHC era, O. Naviliat-Cuncic & M. González-Alonso, Annalen der Physik 525(8-9), 600-619 (2013)

Symmetry Tests in Nuclear Beta Decay, N. Severijns & O. Naviliat-Cuncic, Annu. Rev. Nucl. Part. Sci. 61, 23 (2011)

Measurement of the 8Li half-life, X. Flechard et al., Phys. Rev. C 82, 027309 (2010)

Test of the Conserved Vector Current Hypothesis in T=1/2 Mirror Transitions and New Determination of |Vud|, O. Naviliat-Cuncic and N. Severijns, Phys. Rev. Lett. 102, 142302 (2009)

Paul Trapping of Radioactive 6He+ Ions and Direct Observation of Their β Decay, X. Flechard et al., Phys. Rev. Lett. 101, 212504 (2008)

Tests of the standard electroweak model in nuclear beta decay, N. Sverijns, M. Beck and O. Naviliat-Cuncic, Rev. Mod. Phys. 78, 991 (2006)

Professional Activities & Interests / Biographical Information

The experimental tests of the foundations of physical theories is a cross disciplinary domain that can hardly be grabbed by any particular subfield of physics. The measurements carried out for such tests are indeed made with particles, nuclei, atoms, molecules or crystals, and what does concern each of the specific subfields are the experimental techniques being used.

I have been involved in experimental tests of discrete symmetries in the weak interaction (parity violation and time reversal invariance) and in searches for new interactions through measurements using muons, neutrons and nuclei, which in most cases were polarized. Some measurements also required the use of traps (material-, electromagnetic-, or magneto-gravitational) for the confinement of particles for their study. Such precision measurements at low energies are considered an alternative route to the searches for new particles or phenomena carried out at the highest possible energies, in collider experiments. In general the principles of the experiments at low energies are rather simple but the measurements are difficult and challenging. The design of new experiments requires implementing modern techniques in order to reach new levels of sensitivity.

Atomic nuclei offer a very rich spectrum of candidates for precision measurements at low energies due to the large number of isotopes, the diversity of states and the different decay modes involving the fundamental interactions. The abundant production of rare isotopes opens further the spectrum for the design of new sensitive experiments.

My current activities focus in the measurement of correlation observables in nuclear beta-decay that search for possible contributions of new interactions as a signature of physics beyond the standard model. Current projects include measurement of correlations in Gamow-Teller transitions to search for tensor type couplings and the measurements of correlations using polarized nuclei to search for maximal parity violation.

The intellectual creativity in the design of experiments, and in particular those addressing the foundations of physical theories, is fascinating to me. The role of judge that some experiments may have in the survival of new concepts and the construction of theories is very exciting.