Real-time quantum control of Neutral Atoms 2D arrays with the Quantum Orchestration Platform
ORAL
Abstract
Neutral atom arrays are a promising platform for quantum computation and simulation. While this platform has the potential to support a large number of high-quality qubits, there exist several roadblocks towards neutral atom quantum devices that satisfy the DiVincenzo criteria.
In this workshop, we will discuss these challenges and the methods to overcome them using the Quantum Orchestration Platform (QOP) for designing control protocols for quantum systems.
One of the biggest challenges to realizing a scalable atom-based physical system with well-characterized qubits is the precise rearrangement of atoms on a 2D array. We will show how straightforward it is to code such rearrangement protocols using this novel platform and will discuss future directions in atom arrangement strategies and how the most advanced real-time protocols are enabled by the QOP.
In this workshop, we will discuss these challenges and the methods to overcome them using the Quantum Orchestration Platform (QOP) for designing control protocols for quantum systems.
One of the biggest challenges to realizing a scalable atom-based physical system with well-characterized qubits is the precise rearrangement of atoms on a 2D array. We will show how straightforward it is to code such rearrangement protocols using this novel platform and will discuss future directions in atom arrangement strategies and how the most advanced real-time protocols are enabled by the QOP.
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Presenters
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Ramon Szmuk
Quantum Machines
Authors
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Ramon Szmuk
Quantum Machines