Professor Melconian is interested in probing the fundamental symmetries of nature using the nucleus of the atom. Precision low-energy nuclear physics experiments are able to complement the searches going on at colliders and provide meaningful constraints on "new physics" √¢‚Ç¨‚Äú√¢‚Ç¨‚Äú physics not included in the Standard Model of particle physics.
B. Fenker, A. Gorelov, D. Melconian, J. A. Behr, M. Anholm, D. Ashery, R. S. Behling, I. Cohen, I. Craiciu, G. Gwinner, J. McNeil, M. Mehlman, K. Olchanski, P. D. Shidling, S. Smale, and C. L. Warner. “Precision Measurement of the β Asymmetry in Spin-Polarized K37 Decay.” Phys. Rev. Lett., 120(6), 062502, Feb 2018.
P. D. Shidling, R. S. Behling, B. Fenker, J. C. Hardy, V. E. Iacob, M. Mehlman, H. I. Park, B. T. Roeder, and D. Melconian. “High-precision half-life measurement of the β+ decay of Na21.” Phys. Rev. C, 98(1), 015502, Jul 2018.
D. Ashery, M. Anholm, S. Behling, J.A. Behr, I. Cohen, B. Fenker, A. Gorelov, G. Gwinner, K.P. Jackson, J. McNeil, I. Korover, D.G. Melconian, and M.R. Pearson (TRINAT). “Physics beyond the standard model with trapped atoms in the LHC era.” Il Nuovo Cimento, 39C, 346, Jan 2017.
Awards & Recognition
- Distinguished Achievement College-Level Awards in Teaching (The Association of Former Students, 2016)
- Early Career Award (US Department of Energy, 2011)
- Best Canadian Nuclear Physics PhD Thesis Award (Canadian Association of Physicists, Division of Nuclear Physics, 2005)