Quant Kid(@quantKid) 's Twitter Profile Photo

Dominic Walliman Nice!! Looks like you are using the latest booklet pdg.lbl.gov for your values. Maybe < 1.1 eV/c^2 for the neutrinos is better than 'TINY'. Antimatter bar over e+, mu+, tau+ seems redundant. Great! Congrats!

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A Quantum of Obstinacy(@bardot_cedric) 's Twitter Profile Photo

Patrick Koppenburg 🐧 Martijn van Calmthout I wonder if will include in the 'Hypothetical Particles & Concepts' 2020 chapter a brief review of arxiv.org/abs/1904.12392 'explain[ing] from 1st principles why & how nature dictates the existence of the elementary particles & their fundamental interactions'...

@PKoppenburg @vancalmthout I wonder if #ParticleDataGroup will include in the 'Hypothetical Particles & Concepts' 2020 chapter a brief review of arxiv.org/abs/1904.12392 'explain[ing] from 1st principles why & how nature dictates the existence of the elementary particles & their fundamental interactions'...
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Seth Zenz @sethzenz@sciencemastodon.com(@sethzenz) 's Twitter Profile Photo

Ethan Siegel Combinations are preferred to the current single best measurement. I'd recommend the values. pdg.lbl.gov Possible exception if ATLAS Experiment and CMS Experiment CERN have a recent combination , but those get fed back to the team anyway.

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Danny van Dyk 🇪🇺(@DannyD82) 's Twitter Profile Photo

TheBoringQuark I agree!

However, I think it's difficult to concisely express the difference with respect to the Lambda_b as the does. How would you indicate the different isospin of the light diquark?

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Freya Blekman @freyablekman@sciencemastodon.com(@freyablekman) 's Twitter Profile Photo

My reference is not down at the moment - this is the pocket paper version that summarises what is on pdf.lbl.gov ! It is a particle physicists go-to resource

My #particledatagroup reference is not down at the moment - this is the pocket paper version that summarises what is on pdf.lbl.gov ! It is a particle physicists go-to resource
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Oxford Journals(@OxfordJournals) 's Twitter Profile Photo

The latest edition of Review of Particle Physics is now available in Progress of Theoretical and Experimental Physics covering various topics such as Higgs bosons, supersymmetry, Big Bang nucleosynthesis, and detectors. bit.ly/2QmwLbq

The latest edition of Review of Particle Physics is now available in Progress of Theoretical and Experimental Physics covering various topics such as Higgs bosons, supersymmetry, Big Bang nucleosynthesis, and detectors. #Particledatagroup #particlephysics bit.ly/2QmwLbq
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