Top Tweets for #Nullresult
#CMSPaper 1287 looks for undiscovered extra neutrinos, in signatures with many leptons (including taus, see plot, very few events). It is a #nullresult that sets very stringent bounds on heavy neutral leptons and majorana neutrinos https://t.co/qr4cBJkiNk
#CMSPaper 1272: Many extensions of the standard model predict the existence of rare extra particles connected to leptons, the Higgs, W and Z bosons, but with different spin. This paper combines all CMS searches for such signatures. It is a #nullresult https://t.co/KqN67z0CXu
#CMSPaper 1230: This paper searches for undetectable particles in signatures with quarks, gluons, Higgs bosons and photons. It's a #NullResult, but it is sensitive to #supersymmetry partners of the Higgs boson, W/Z boson (worlds best!) ... and graviton!
https://t.co/sYcw4ZAlj0
#CMSPaper 1243: are there undiscovered particles that decay to two (undiscovered or like the one discovered in 2012) Higgs-like bosons? This paper searches for that signature. It is a #nullresult https://t.co/sBr1BwDTsg
#CMSPaper 1243: are there undiscovered particles that decay to two (undiscovered or like the one discovered in 2012) Higgs-like bosons? This paper searches for that signature. It is a #nullresult https://t.co/sBr1BwDTsg
#CMSPaper 1230: This paper searches for undetectable particles in signatures with quarks, gluons, Higgs bosons and photons. It's a #NullResult, but it is sensitive to #supersymmetry partners of the Higgs boson, W/Z boson (worlds best!) ... and graviton!
https://t.co/WYO51MMxBj
#CMSPaper 1230: This paper searches for undetectable particles in signatures with quarks, gluons, Higgs bosons and photons. It's a #NullResult, but it is sensitive to #supersymmetry partners of the Higgs boson, W/Z boson (worlds best!) ... and graviton!
https://t.co/WYO51MMxBj
#CMSPaper 1230: This paper searches for undetectable particles in signatures with quarks, gluons, Higgs bosons and photons. It's a #NullResult, but it is sensitive to #supersymmetry partners of the Higgs boson, W/Z boson (worlds best!) ... and graviton!
https://t.co/WYO51MMxBj
#CMSPaper 1230: This paper searches for undetectable particles in signatures with quarks, gluons, Higgs bosons and photons. It's a #NullResult, but it is sensitive to #supersymmetry partners of the Higgs boson, W/Z boson (worlds best!) ... and graviton!
https://t.co/WYO51MMxBj
We speculate that the domains of contact and conflict theory are much narrower than previously thought as most positive findings are from settings with forced co-residence and most negative findings are from observational studies. #nullresult
#CMSPaper 1215: A particle that decays to a top quark plus something invisible is a really important signature at the LHC. This paper contains the most sensitive ever analysis in top-like tau+missing energy+b quark signatures. It is a #NullResult, btw https://t.co/amIc7HeSet
#CMSPaper 1215: A particle that decays to a top quark plus something invisible is a really important signature at the LHC. This paper contains the most sensitive ever analysis in top-like tau+missing energy+b quark signatures. It is a #NullResult, btw https://t.co/amIc7HeSet
#CMSPaper 1208: in some extensions of the standard model (particularly where Higgs and top quarks are not really elementary but instead composite) there are heavier particles that can decay to top+Higgs. This paper searches for those. It's a #nullresult. https://t.co/r8H8uZumfI
#CMSPaper 1208: in some extensions of the standard model (particularly where Higgs and top quarks are not really elementary but instead composite) there are heavier particles that can decay to top+Higgs. This paper searches for those. It's a #nullresult. https://t.co/r8H8uZumfI
#CMSPaper 1206: scalar top quarks (aka squarks) are hypothetical particles from #supersymmetry. This #nullresult (we see even fewer collisions than expected!) searches for cases where those squarks create signatures with b/light quarks and missing energy. https://t.co/vTZ7CMSzqG
CMSPaper 1203: This paper search for heavy particles that decay like a W boson, specifically to a tau lepton+(anti) neutrino. It is the most sensitive analysis ever made, and a #NullResult that constrains many hypothetical extensions to the standard model https://t.co/FOraaTw7vd
CMSPaper 1203: This paper search for heavy particles that decay like a W boson, specifically to a tau lepton+(anti) neutrino. It is the most sensitive analysis ever made, and a #NullResult that constrains many hypothetical extensions to the standard model https://t.co/FOraaTw7vd
#CMSPaper 1188: Majorana neutrinos are mysterious neutral (neutrino-like) particles that are their own antiparticle, and if they are within a certain mass range, the LHC can see them. This #nullResult search paper sets limits on heavy Majorana neutrinos https://t.co/bOGBAWvGpL
#CMSPaper 1188: Majorana neutrinos are mysterious neutral (neutrino-like) particles that are their own antiparticle, and if they are within a certain mass range, the LHC can see them. This #nullResult search paper sets limits on heavy Majorana neutrinos https://t.co/bOGBAWNPDT
New paper out about a large, long-term study on the impact of #AAL technologies on seniors, showing… nothing. We report a #NullResult and offer some critical methodological reflections on RCTs with technology. https://t.co/xBOrSNLb5v
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