Construction and Demonstration of a 6–18 GHz Microwave Three-Wave Mixing Experiment Using Multiple Synchronized Arbitrary Waveform Generators

This manuscript details the construction and demonstration of first known microwave three-wave mixing (M3WM) experiment utilizing multiple arbitrary waveform generators (AWGs) completely operable in 6–18 GHz frequency range for use chirality determination quantification. Many M3WM techniques, which involve two orthogonal, subsequent Rabi π/2 π pulses, suffer from flexibility pulse types timings as well due to most instruments only using one, one-channel AWG probability decreasing with an increasing quantum number, J. In this work, we presented instrument that allows by introducing multiple, synchronized AWGs adheres high transition loop pathways carvone. The functionality reliability were demonstrated a series experiments mixtures R S enantiomers determined be similar accuracy other reported setups additional benefit pulsing schemes.