Yong Xu (@yongxu_dm) 's Twitter Profile
Yong Xu

@yongxu_dm

postdoc@Mainz working on Theoretical Astroparticle Physics and Cosmology.

ID: 1198914666086440961

linkhttps://yongxudm.github.io/ calendar_today25-11-2019 10:41:56

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FASER Experiment (@faserexperiment) 's Twitter Profile Photo

🚨🚨First results from FASER! 🚨🚨 👀The first observation of collider neutrinos 👉New sensitivity in the search for Dark Matter

🚨🚨First results from FASER! 🚨🚨

👀The first observation of collider neutrinos 
👉New sensitivity in the search for Dark Matter
Julia Harz (@harzjulia) 's Twitter Profile Photo

Last chance to submit an abstract for the International Workshop on Neutrinos From Accelerators 2023 #NuFact !Deadline tomorrow, June 3rd! nufact2023.snu.ac.kr

Last chance to submit an abstract for the International Workshop on Neutrinos From Accelerators 2023 #NuFact !Deadline tomorrow, June 3rd! nufact2023.snu.ac.kr
Julia Harz (@harzjulia) 's Twitter Profile Photo

And … another new paper out: “Confronting Dark Matter Freeze-In during Reheating with Constraints from Inflation”! :-D arxiv.org/abs/2306.17238 Work based on the master project of my former Master student J. Lang together with M. Becker, E. Copello & Y. Xu Yong Xu

And … another new paper out: “Confronting Dark Matter Freeze-In during Reheating with Constraints from Inflation”!  :-D
arxiv.org/abs/2306.17238
Work based on the master project of my former Master student J. Lang together with M. Becker, E. Copello &amp; Y. Xu <a href="/yongxu_DM/">Yong Xu</a>
Fermilab (@fermilab) 's Twitter Profile Photo

Fermilab's new experimental result for muon g-2 differs from the 2020 theoretical prediction for muon #gminus2 at a significance of 5 sigma. An updated prediction considering all available data will likely yield a smaller and less significant discrepancy. muon-g-2.fnal.gov/result2023.pdf

Fermilab's new experimental result for muon g-2 differs from the 2020 theoretical prediction for muon #gminus2 at a significance of 5 sigma. An updated prediction considering all available data will likely yield a smaller and less significant discrepancy. muon-g-2.fnal.gov/result2023.pdf
Yong Xu (@yongxu_dm) 's Twitter Profile Photo

A complete analysis for nonthermal and perturbative source of ultra-high frequency GW with particle origin. 👉 arxiv.org/abs/2407.03256

A complete  analysis for nonthermal and perturbative source of ultra-high frequency GW
with particle origin. 👉 arxiv.org/abs/2407.03256