Quantum corrections suppress the symmetron fifth force by order 10% within a Compton wavelength of a thick planar source and enhance it at larger distances.
Experimental test of symmetron-field based dark energy model using neutron interferometry
2 Pith papers cite this work. Polarity classification is still indexing.
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abstract
We report phase shift measurements of neutron matter waves propagating in vacuum and low-pressure Argon gas, using a technique developed for neutron interferometric scattering length measurements. The experiment probes additional phase shifts induced by couplings to scalar fields. From the absence of such effects, we set stringent constraints on a scalar symmetron-field, a leading candidate for quintessence dark energy.
years
2026 2verdicts
UNVERDICTED 2representative citing papers
Neutron interferometry finds no symmetron-induced phase shifts and sets constraints on this quintessence dark energy candidate.
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Quantum corrections to symmetron fifth forces for planar sources
Quantum corrections suppress the symmetron fifth force by order 10% within a Compton wavelength of a thick planar source and enhance it at larger distances.
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Experimental test of symmetron-field based dark energy model using neutron interferometry
Neutron interferometry finds no symmetron-induced phase shifts and sets constraints on this quintessence dark energy candidate.