Optimal population transfer in combined Feshbach Resonance and STIRAP process
Phillip Price, Susanne Yelin
TL;DR
This paper introduces an optimized method combining Feshbach Resonances and STIRAP for efficient creation and control of cold molecules, facilitating advances in ultracold chemistry.
Contribution
It provides analytical and numerical optimization techniques for combining Feshbach Resonance and STIRAP in cold molecule formation, accessible with standard experimental tools.
Findings
Optimized protocol for molecule creation using combined Feshbach and STIRAP.
Analytical and numerical results demonstrating process efficiency.
Potential applications in coherent ultracold chemistry.
Abstract
We present a method for the creation and control of cold molecules that involves coherently combining Feshbach Resonances and STIRAP. We present analytical and numerical results showing how to optimize this process that can be implemented using techniques readily available in standard experimental setups. This will provide a link in the chain from atoms to ground state molecules and can serve as a building block towards more complex processes in coherent ultracold chemistry.
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