= Hamiltonian engineering
{c}
{title2=$H(t)=H_0+\sum_k f_k(t)H_k$}
<Hamiltonian engineering> designs accessible interactions or their effective time average to implement desired <quantum states> or <unitary operators>. The available <control inputs>, <Quantum Hamiltonian> generators and laboratory constraints determine which transformations can actually be achieved. Model-based <open-loop control> computes a waveform before running it; adaptive experiments instead evaluate its performance on the physical system.
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