IonSim.jl: Julia framework for simulating the dynamics of Trapped-Ion systems
POSTER
Abstract
* IonSim.jl integrates experimentally-driven functionality with the abstract state space framework and numerically efficient operations of QuantumOptics.jl
* Backend generates and tracks (possibly time-dep) parameters of ion trap system
* Efficiently constructs a numerical representation of ion-trap system Hamiltonian in interaction picture
* Backend generates and tracks (possibly time-dep) parameters of ion trap system
* Efficiently constructs a numerical representation of ion-trap system Hamiltonian in interaction picture
Presenters
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Kristian D Barajas
University of California, Los Angeles
Authors
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Kristian D Barajas
University of California, Los Angeles
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Justin Phillips
University of California, Berkeley
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Neil Glikin
UC Berkeley