#cmspaper — Public Fediverse posts

Are there #Darkmatter particles produced together with #Higgsbosons? This #CMSPaper looks for that signature in the LHC data collected in 2017 and 2018. It is a #NullResult arxiv.org/abs/2601.11330

Are there #Darkmatter particles produced together with #Higgsbosons? This #CMSPaper looks for that signature in the LHC data collected in 2017 and 2018. It is a #NullResult arxiv.org/abs/2601.11330

Are there #Darkmatter particles produced together with #Higgsbosons? This #CMSPaper looks for that signature in the LHC data collected in 2017 and 2018. It is a #NullResult arxiv.org/abs/2601.11330

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because protons&ions sometimes create photons) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such photon-fusion collisions https://buff.ly/ej68FJd

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because protons&ions sometimes create photons) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such photon-fusion collisions https://buff.ly/ej68FJd

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because protons&ions sometimes create photons) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such photon-fusion collisions https://buff.ly/ej68FJd

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because protons&ions sometimes create photons) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such photon-fusion collisions https://buff.ly/ej68FJd

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because those protons&ions sometimes create photons. And then very rarely we get lucky) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such collisions, and that can be used to check standard model calculations https://arxiv.org/abs/2601.21574

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because those protons&ions sometimes create photons. And then very rarely we get lucky) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such collisions, and that can be used to check standard model calculations https://arxiv.org/abs/2601.21574

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because those protons&ions sometimes create photons. And then very rarely we get lucky) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such collisions, and that can be used to check standard model calculations https://arxiv.org/abs/2601.21574

In super rare cases, the collisions in the large hadron collider are not between protons or ions, but between photons! (because those protons&ions sometimes create photons. And then very rarely we get lucky) This #CMSPaper #discovers for the first time that W bosons (2 of them) are created in such collisions, and that can be used to check standard model calculations https://arxiv.org/abs/2601.21574