Semiclassical theory of matter-wave detection
Nicholas K. Whitlock, Stephen M. Barnett, John Jeffers
TL;DR
This paper develops a semiclassical framework for matter-wave detection, integrating concepts from optical detection and fluid mechanics, emphasizing the dispersive nature of matter-waves.
Contribution
It introduces a novel semiclassical theory for matter-wave detection that accounts for dispersion, bridging optical detection principles with fluid mechanics.
Findings
The theory highlights the importance of dispersion in matter-wave detection.
It provides a new approach combining optical and fluid mechanics theories.
Potential applications in improving matter-wave measurement techniques.
Abstract
We derive a semiclassical theory for the detection of matter-waves. This theory draws on the theories of semiclassical optical detection and fluid mechanics. We observe that the intrinsically dispersive nature of matter-waves is important in deriving such a theory.
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