The work introduces a GRAPE-based holistic pulse synthesis method to generate compound gadgets for QSVT Hamiltonian simulation of H2 on trapped ions, claiming reduced pulse duration and eliminated control latency compared to gate-based compilers.
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Synthesizing Compound Pulse Gadgets for Hamiltonian Simulation on Trapped-Ion Platforms
The work introduces a GRAPE-based holistic pulse synthesis method to generate compound gadgets for QSVT Hamiltonian simulation of H2 on trapped ions, claiming reduced pulse duration and eliminated control latency compared to gate-based compilers.