Concepts for long-baseline high-mass matter-wave interferometry This special issue is honoring the 60th birthday of Wolfgang Schleich. Our contribution relates closely to his seminal research and teaching on quantum physics in phase space

Designing experiments which delocalize ever more complex and more massive particles requires a quantitative assessment of new interferometer configurations. Here, we introduce a figure of merit which quantifies the difference between a genuine quantum interference pattern and a classical shadow and...

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Published inPhysica scripta Vol. 94; no. 3
Main Authors Kia ka, Filip, Stickler, Benjamin A, Hornberger, Klaus, Fein, Yaakov Y, Geyer, Philipp, Mairhofer, Lukas, Gerlich, Stefan, Arndt, Markus
Format Journal Article
LanguageEnglish
Published IOP Publishing 24.01.2019
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Abstract Designing experiments which delocalize ever more complex and more massive particles requires a quantitative assessment of new interferometer configurations. Here, we introduce a figure of merit which quantifies the difference between a genuine quantum interference pattern and a classical shadow and use it to compare a number of near-field interferometer schemes. This allows us to identify the most promising setups for future tests of the quantum superposition principle, and to discuss the perspectives of interferometry with complex molecules and clusters.
AbstractList Designing experiments which delocalize ever more complex and more massive particles requires a quantitative assessment of new interferometer configurations. Here, we introduce a figure of merit which quantifies the difference between a genuine quantum interference pattern and a classical shadow and use it to compare a number of near-field interferometer schemes. This allows us to identify the most promising setups for future tests of the quantum superposition principle, and to discuss the perspectives of interferometry with complex molecules and clusters.
Author Kia ka, Filip
Hornberger, Klaus
Fein, Yaakov Y
Mairhofer, Lukas
Arndt, Markus
Geyer, Philipp
Stickler, Benjamin A
Gerlich, Stefan
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  organization: University of Vienna Faculty of Physics, Boltzmanngasse 5, A-1090 Vienna, Austria
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Snippet Designing experiments which delocalize ever more complex and more massive particles requires a quantitative assessment of new interferometer configurations....
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SubjectTerms interferometry with clusters and molecules
matter wave optics
quantum optics in phase space
Title Concepts for long-baseline high-mass matter-wave interferometry This special issue is honoring the 60th birthday of Wolfgang Schleich. Our contribution relates closely to his seminal research and teaching on quantum physics in phase space
URI https://iopscience.iop.org/article/10.1088/1402-4896/aaf243
Volume 94
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