21 september 2020

Niets te doen in de kerstvakantie? Bekijk dan deze [59] vakartikelen over de 750 GeV Hobbel

[Update 22-12-2015 16.45 uur] Ik heb het een paar dagen volgehouden de artikelen over de 750 GeV hobbel bij te houden, maar het regent werkelijk artikelen met theoretische interpretaties, dat ik ermee ben gestopt. Vandaag zitten we op welgeteld 59 artikelen, pakweg tien artikelen per dag dus sinds de bekendmaking ervan.

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Er is tijdens Run 2 van de Large Hadron Collider met de CMS- en ATLAS-detectoren bij de protonenbotsingen een hobbel bij een massa van ongeveer 750 GeV waargenomen, waarbij ‘iets’ in twee fotonen vervalt, een difoton gebeurtenis. Mocht je je vervelen tijdens de kerstvakantie, dan kan je altijd

tijdens de kerstvakantie, dan kan je altijd ????????n van deze [43]????[44] [47] [59] vakartikelen lezen, die sinds de bekendmaking vorige week dinsdag over die hobbel zijn verschenen – met grote dank aan Francis Naukas voor het verzamelen van de eerste 37 artikelen van deze lijst.

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[1] Stefano Di Chiara et al., ???????First interpretation of the 750 GeV di-photon resonance at the LHC,??????? arXiv:1512.04939.\n\n[2] Roberto Franceschini et al., ???????What is the gamma gamma resonance at 750 GeV????????arXiv:1512.04933.\n\n[3] Apostolos Pilaftsis, ???????Diphoton Signatures from Heavy Axion Decays at LHC,???????arXiv:1512.04931.\n\n[4] Dario Buttazzo et al., ???????Knocking on New Physics???????? door with a Scalar Resonance,???????arXiv:1512.04929.\n\n[5] Simon Knapen et al., ???????Rays of light from the LHC,??????? arXiv:1512.04928.\n\n[6] Yuichiro Nakai et al., ???????Footprints of New Strong Dynamics via Anomaly,???????arXiv:1512.04924.\n\n[7] Andrei Angelescu et al., ???????Scenarii for interpretations of the LHC diphoton excess: two Higgs doublets and vector-like quarks and leptons,??????? arXiv:1512.04921.\n\n[8] Mihailo Backovic et al., ???????Di-photon excess illuminates Dark Matter,???????arXiv:1512.04917.\n\n[9] Yann Mambrini et al., ???????The LHC diphoton resonance and dark matter,???????arXiv:1512.04913.\n\n[10] Keisuke Harigaya, Yasunori Nomura, ???????Composite Models for the 750 GeV Diphoton Excess,??????? arXiv:1512.04850.\n\n[11] Emiliano Molinaro et al., ???????Strong dynamics or axion origin of the diphoton excess,???????arXiv:1512.05334.\n\n[12] Christoffer Petersson, Riccardo Torre, ???????The 750 GeV diphoton excess from the goldstino superpartner,??????? arXiv:1512.05333.\n\n[13] Rick S. Gupta et al., ???????Interpreting a 750 GeV Diphoton Resonance,???????arXiv:1512.05332.\n\n[14] Brando Bellazzini et al., ???????Goldstones in Diphotons,??????? arXiv:1512.05330.\n\n[15] Matthew Low et al., ???????A pseudoscalar decaying to photon pairs in the early LHC run 2 data,??????? arXiv:1512.05328.\n\n[16] Samuel D. McDermott et al., ???????Singlet Scalar Resonances and the Diphoton Excess,???????arXiv:1512.05326.\n\n[17] Tetsutaro Higaki et al., ???????The QCD Axion from Aligned Axions and Diphoton Excess,???????arXiv:1512.05295.\n\n[18] John Ellis et al., ???????On the Interpretation of a Possible ??????750 GeV Particle Decaying into ????????,??????? arXiv:1512.05327.\n\n[19] Adam Falkowski et al., ???????Phenomenology of a 750 GeV Singlet,??????? arXiv:1512.05777.\n\n[20] Prateek Agrawal et al., ???????Experimental Considerations Motivated by the Diphoton Excess at the LHC,??????? arXiv:1512.05775.\n\n[21] S.V.Demidov, D.S.Gorbunov, ???????On sgoldstino interpretation of the diphoton excess,???????arXiv:1512.05723.\n\n[22] Wei Chao et al., ???????The Minimal Scalar-Stealth Top Interpretation of the Diphoton Excess,??????? arXiv:1512.05738.\n\ndata\n\n[23] Sylvain Fichet et al., ???????Scattering Light by Light at 750 GeV at the LHC,???????arXiv:1512.05751.\n\n[24] David Curtin, Christopher B. Verhaaren, ???????Quirky Explanations for the Diphoton Excess,??????? arXiv:1512.05753.\n\n[25] Ligong Bian et al., ???????A hidden confining world on the 750 GeV diphoton excess,??????? arXiv:1512.05759.\n\n[26] Joydeep Chakrabortty et al., ???????Di-photon resonance around 750 GeV: shedding light on the theory underneath,??????? arXiv:1512.05767.\n\n[27] Aqeel Ahmed et al., ???????Higgs-radion interpretation of 750 GeV di-photon excess at the LHC,??????? arXiv:1512.05771.\n\n[28] Csaba Csaki et al., ???????The Minimal Model of a Diphoton Resonance: Production without Gluon Couplings,??????? arXiv:1512.05776.\n\n[29] Daniel Aloni et al., ???????On a possible large width 750 GeV diphoton resonance at ATLAS and CMS,??????? arXiv:1512.05778.\n\n[30] Yang Bai et al., ???????A 750 GeV Dark Pion: Cousin of a Dark G-parity-odd WIMP,???????arXiv:1512.05779.\n\n[31] Bhaskar Dutta et al., ???????Interpretation of the diphoton excess at CMS and ATLAS,???????arXiv:1512.05439.\n\n[32] Shinya Matsuzaki, Koichi Yamawaki, ???????750 GeV Diphoton Signal from One-Family Walking Technipion,??????? arXiv:1512.05564.\n\n[33] Archil Kobakhidze et al., ???????LHC diphoton excess explained as a heavy scalar in top-seesaw model,??????? arXiv:1512.05585.\n\n[34] R. Martinez et al., ???????Diphoton decay for a 750 GeV scalar dark matter,???????arXiv:1512.05617.\n\n[35] Peter Cox et al., ???????Diphoton Excess at 750 GeV from a Radion in the Bulk-Higgs Scenario,??????? arXiv:1512.05618.\n\n[36] Damir Becirevic et al., ???????Can the new resonance at LHC be a CP-Odd Higgs boson????????arXiv:1512.05623.\n\n[37] Jose Miguel No et al., ???????See-Saw Composite Higgses at the LHC: Linking Naturalness to the 750 GeV Di-Photon Resonance,??????? arXiv:1512.05700.\n\n[38] J????r????my Bernon et al., “Could the width of the diphoton anomaly signal a three-body decay ?”????arXiv:1512.06113.\n\n[39]????Linda M. Carpenter et al., “Supersoft SUSY Models and the 750 GeV Diphoton Excess, Beyond Effective Operators,” arXiv:1512.06107.\n\natlas_cms_diphoton\n\n[40] Eugenio Megias et al., “On dilatons and the LHC diphoton excess,” arXiv:1512.06106.\n\n[41] Alexandre Alves et al., ”The 750 GeV $S$-cion: Where else should we look for it?” arXiv:1512.06091.\n\n[42] J.S.Kim et al., “A resonance without resonance: scrutinizing the diphoton excess at 750 GeV,” arXiv:1512.06083.\n\n[43] E.Gabrielli et al., “A SUSY Inspired Simplified Model for the 750 GeV Diphoton Excess,” arXiv:1512.05961.\n\n[44] R. Benbrik et al., “Higgs singlet as a diphoton resonance in a vector-like quark model,” arXiv:1512.06028.\n\n[45] D. Barducci et al., “One jet to rule them all: monojet constraints and invisible decays of a 750 GeV diphoton resonance,”arXiv:1512.06842.\n\n[46] M.Chala et al., “Tricking Landau-Yang: How to obtain the diphoton excess from a vector resonance,” arXiv:1512.06833.\n\n[47] M. Bauer et al., “Flavor Anomalies, the Diphoton Excess and a Dark Matter Candidate,” arXiv:1512.06828.\n\n[48] J.M.Cline et al., “LHC diphotons from electroweakly pair-produced composite pseudoscalars,” arXiv:1512.06827.\n\n[49] W.S.Cho et al., “The 750 GeV Diphoton Excess May Not Imply a 750 GeV Resonance,” arXiv:1512.06824.\n\n[50] L. Berthier et al., “Effective interpretations of a diphoton excess,” arXiv:1512.06799.\n\n[51] J.S. Kim et al., “Model-independent combination of diphoton constraints at 750 GeV,” arXiv:1512.06797.\n\n[52] X.J. Bi et al., “The 750 GeV diphoton excess at the LHC and dark matter constraints,” arXiv:1512.06787.\n\n[53] M. Dhuria et al., “Perturbativity, vacuum stability and inflation in the light of 750 GeV diphoton excess,” arXiv:1512.06782.\n\n[54] J.J. Heckman, “750 GeV Diphotons from a D3-brane,” arXiv:1512.06733.\n\n[55] W. Liao et al., “Scalar resonance at 750 GeV as composite of heavy vector-like fermions,” arXiv:1512.06741.\n\n[56] F.P. Huang et al., “750 GeV Diphoton Excess from Cascade Decay,” arXiv:1512.06732.\n\n[57] J. Cao et al., “Interpreting the 750 GeV diphoton excess by the singlet extension of the Manohar-Wise Model,” arXiv:1512.06728.\n\n[58] F. Wang et al., “750 GeV Diphoton Resonance, 125 GeV Higgs and Muon g-2 Anomaly in Deflected Anomaly Mediation SUSY Breaking Scenario,” arXiv:1512.06715.\n\n[59] O. Antipin et al., “A natural Coleman-Weinberg theory explains the diphoton excess,” arXiv:1512.06708.

\n:bron: Bron: Francis Naukas + arXiv.

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