New physical effects in the dynamics of an ion confined in an anisotropic two-dimensional Paul trap are reported. The link between the occurrence of such manifestations and the accumulation of geometric phase stemming from the intrinsic or controlled lack of symmetry in the trap is brought to light. The possibility of observing in laboratory these anisotropy-based phenomena is briefly discussed.
M SCALA, B MILITELLO, MESSINA A (2005). Geometric Phase Accumulation-Based Effects in the Quantum Dynamics of an Anisotropically Trapped Ion. ACTA PHYSICA HUNGARICA. HEAVY ION PHYSICS, 23(3-4), 125-134 [10.1556/APH.23.2005.3-4.2].
Geometric Phase Accumulation-Based Effects in the Quantum Dynamics of an Anisotropically Trapped Ion
SCALA, Matteo;MILITELLO, Benedetto;MESSINA, Antonino
2005-01-01
Abstract
New physical effects in the dynamics of an ion confined in an anisotropic two-dimensional Paul trap are reported. The link between the occurrence of such manifestations and the accumulation of geometric phase stemming from the intrinsic or controlled lack of symmetry in the trap is brought to light. The possibility of observing in laboratory these anisotropy-based phenomena is briefly discussed.
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