Adding Dissimilar Fractions With Regrouping

Adding Dissimilar Fractions With Regrouping Oct 16 2020 0183 32 Numerous theories extending beyond the stan dard model of particle physics predict the exis tence of bosons 1 10 that could constitute the dark matter DM permeating

It has been nearly ninety years since strong evidence of the missing mass we label today as dark matter was revealed Zwicky 1933 and its composition remains one of the most important Sep 1 2020 0183 32 We discuss the sensitivity of the present and near future axion dark matter experiments to a halo of axions or axion like particles gravitationally bound to the Earth or the

Nov 18 2021 0183 32 A search for axion like dark matter with a quantum sensor that enhances potential signals is reported This work constrains the parameter space of different interactions between

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Adding Dissimilar Fractions With Regrouping

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Constraints On Bosonic Dark Matter From Ultralow field Science

https://www.science.org › doi
CASPEr ZULF offers a new way to search for ultralight dark matter using ultralow field nuclear magnetic resonance

Axion neutron Coupling AxionLimits

https://cajohare.github.io › AxionLimits › docs › an.html
Jun 4 2025 0183 32 Data plots and code for constraints on axions axion like particles and dark photons

Stochastic Fluctuations Of Bosonic Dark Matter INSPIRE

https://inspirehep.net › legacy › arxiv
Direct dark matter searches need to take into account whether the total observation time is lower than the characteristic coherence time of the DM field Analysing this generally overlooked

Direct Limits On The Interaction Of Antiprotons With Axion like Dark

https://www.nature.com › articles
Nov 13 2019 0183 32 Spin flip resonance data are used to place direct constraints on the interaction of ultralight axion like particles with antiprotons improving the sensitivity to the corresponding

Search For Axionlike Dark Matter Using Solid State Nuclear Magnetic

https://link.aps.org › doi
Apr 9 2021 0183 32 We report the results of an experimental search for ultralight axionlike dark matter in the mass range 162 166 neV The detection scheme of our Cosmic Axion Spin Precession

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