QUANTUM INFORMATION WITH TRAPPED IONS
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Principal Investigator - Prof. Rajibul Islam, IQC, University of Waterloo

Thesis

Below you will find pages that utilize the taxonomy term “Thesis”

Autoregressive Generative Models for Many-body Physics

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Towards Large Scale Quantum Simulations with Trapped Ions: Programmable XY model, Precise Light Sensing, and Extreme High Vacuum

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Optimization of the Optical Infrastructure and Trapping Potential for a Quantum Processor Based on Trapped Barium Ions

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Towards Pulsed Telecom Laser Ablation Loading for an Ytterbium Ion Trap

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Programmable Individual Addressing and Floquet Hamiltonian Dynamics in a Trapped Ion Quantum Processor

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Developing a Large-Scale, Programmable Trapped Ion Quantum Simulator with In Situ Mid-Circuit Measurement and Reset

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On the evaluation of quantum instruments with a consideration to measurements in trapped ion systems

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Coherent interactions and thermometry in a trapped ion quantum simulator

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Robust Optical Engineering for a Trapped Ion Quantum Computer

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Optical Design for an Open Access Trapped Ion Quantum Processor

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Experimental and theoretical investigations of radio-frequency and optical trapping potentials for atomic ions

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Holographic Optical Manipulation of Trapped Ions for Quantum Simulation

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Design and Construction of an Ion Trapping Apparatus for Quantum Simulation Experiments

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Developing Theoretical and Experimental Tools for a Hybrid Quantum Simulator Based on Trapped Ions

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Quantum Simulation of Interacting Spin Models With Trapped Ions

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