This is data from our 2015 paper https://t.co/9CEU74uK8f . The crosses are data, the line is the fit which is the sum of the B→Kπμμ signal in blue and background in red. Their relative sizes are taken from the mass fit of the Kπμμ combination. https://t.co
5) The decay B⁰→ K*μ⁺μ⁻ is a laboratory on its own. An angular analysis of this decay led to a so-called anomaly: There is a discrepancy between the data and the Standard-Model prediction in the most interesting rage of two-muon masses. https://t.co/5q8u0Z
It is the little brother of B⁰→ K*⁰μ⁺μ⁻, which features two of the puzzling #FlavourAnomalies https://t.co/9CEU74uK8f https://t.co/rCk8DoWaQ6. The two differ by the so-called U-spin symmetry, exchanging s and d quarks. https://t.co/5eNiBEgxTl
There are days when I feel smart, and days when I read papers like this https://t.co/xjzWp4nKm3 and really struggle to understand stuff.
I'm reading https://t.co/IcK0Bwk5bq #springerlink
Angular analysis of the B https://t.co/zvgLuDYwcK
735 authors and and a particle physics paper that may rewrite reality as we know it https://t.co/8o3VPMZif8 https://t.co/ecQfQAp2zs
Well, this is troubling #Bmeson decay not behaving as predicted @LHCbExperiment @CERN https://t.co/j2RizkSH6s #physics #science
Angular analysis of the B 0 → K *0 μ + μ − decay using 3 fb−1 of integrated luminosity - Springer https://t.co/OI8QMAEcgT
@rpatkennyiii137 This made me think of you. #standardmodelisintrouble https://t.co/rPbf5rAWuX
RT @GreigCowan: Really happy to see this @LHCbExperiment paper finally out! A good end-of-year present for everyone involved https://t.co/Y…
RT @PKoppenburg: So relieved: In spite of #Run2Seminar the most interesting HEP result of the day still B->K*mumu at @LHCbExperiment https:…
RT @PKoppenburg: So relieved: In spite of #Run2Seminar the most interesting HEP result of the day still B->K*mumu at @LHCbExperiment https:…
RT @LHCbPhysics: SM or not? : Angular analysis of the B0→K∗0μ+μ− decay https://t.co/RxEcaUFkz5
RT @PKoppenburg: So relieved: In spite of #Run2Seminar the most interesting HEP result of the day still B->K*mumu at @LHCbExperiment https:…
So relieved: In spite of #Run2Seminar the most interesting HEP result of the day still B->K*mumu at @LHCbExperiment https://t.co/5q8u0ZjgWu
RT @LHCbPhysics: SM or not? : Angular analysis of the B0→K∗0μ+μ− decay https://t.co/RxEcaUFkz5
RT @GreigCowan: Really happy to see this @LHCbExperiment paper finally out! A good end-of-year present for everyone involved https://t.co/Y…
RT @StevenLowette: Seems to be the day we talk in sigma's https://t.co/hqGMvk2SWZ
RT @LHCbPhysics: SM or not? : Angular analysis of the B0→K∗0μ+μ− decay https://t.co/RxEcaUFkz5
Seems to be the day we talk in sigma's https://t.co/hqGMvk2SWZ
Really happy to see this @LHCbExperiment paper finally out! A good end-of-year present for everyone involved https://t.co/YSwfoO5wiT #FCNC
RT @LHCbPhysics: SM or not? : Angular analysis of the B0→K∗0μ+μ− decay https://t.co/RxEcaUFkz5
RT @LHCbPhysics: SM or not? : Angular analysis of the B0→K∗0μ+μ− decay https://t.co/RxEcaUFkz5
SM or not? : Angular analysis of the B0→K∗0μ+μ− decay https://t.co/RxEcaUFkz5
[1512.04442] Aaij, Beteta, Adeva, Adinolfi, ... : Angular analysis of the $B^{0}\rightarrow K^{*0}μ^{+}μ^{-}$ decay https://t.co/CfbsVPWZj2