Calcium Ion as Quantum Bit in a Linear Paul Trap

Abstract

#Translation: This research aims to study calcium ions as a quantized unit in a linear Paul trap, as this ion is one of the elements used in quantum manipulation. The research followed an experimental methodology and was divided into an introductory section providing an overview of the topic, four chapters, and a conclusion. The chapters covered the theoretical framework, computational model, and discussion of the results. The conclusion included the findings, highlighting the optimal accuracy achieved by selecting appropriate values for the physical parameters. These parameters include the laser incidence angle with respect to the trap axis and its frequency in correlation with the trap's Rabi frequency.