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top ::= <paper>
#
# Matthew Low
# March 2016
#
# Based on snarxiv code of David Simmons-Duffin.
#
paper ::= <title> \\ <authors> \\ <comments> \\ <papersubjects> \\ <abstract>
###########################################################################################################
######## Author ########
author ::= <capital>. <physicistname>
authors ::= <author> | <author>, <author> | <author>, <author>, <author>
| <author> | <author>, <author> | <author>, <author>, <author>
| <author> | <author>, <author> | <author>, <author>, <author>
| <author>, <author>, <author>, <author>, <author>, <author>, <author>, <author>, <author>, <author>
######## Comments ########
morecomments ::= <smallinteger> figures | JHEP style | Latex file | no figures | BibTeX
| JHEP3 | typos corrected | <nzdigit> tables | added refs | minor changes
| minor corrections | published in PRD | reference added | pdflatex
| based on a talk given on <famousname>'s <nzdigit>0th birthday
newcomments ::= added refs | updated figure <nzdigit>, conclusions unchanged | <smallinteger> pages | <smallinteger> pages, added refs
comments ::= <smallinteger> pages | <comments>, <morecomments> | v<nnzdigit>: <newcomments>
######## Subjects ########
primarysubj ::= High Energy Physics - Phenomenology (hep-ph)
secondarysubj ::= High Energy Physics - Theory (hep-th) | High Energy Physics - Experiment (hep-ex)
papersubjects ::= <primarysubj> | <primarysubj>; <secondarysubj>
######## Physicist ########
physicist ::= <physicistname> | <physicistname> | <physicistname>-<physicistname>
physicistname ::= Li | Li | Li | Li | Li | Li | Li | Okada | Okada | Okada | Okada | Okada | Okada | Okada | Nomura | Nomura | Nomura | Nomura | Nomura | Nomura | Chao | Chao | Chao | Chao | Chao | Ding | Ding | Ding | Ding | Dev | Dev | Dev | Dev | Ko | Ko | Ko | Ko | Yang | Yang | Yang | Yang | Yu | Yu | Yu | Yu | Wang | Wang | Wang | Wang | Han | Han | Han | Han | Chiang | Chiang | Chiang | Chiang | Strumia | Strumia | Strumia | Strumia | Hernández | Hernández | Hernández | Hernández | Orikasa | Orikasa | Orikasa | Nomura | Nomura | Nomura | Zhang | Zhang | Zhang | Sanz | Sanz | Sanz | Yanagida | Yanagida | Yanagida | Raychaudhuri | Raychaudhuri | Raychaudhuri | Zhang | Zhang | Zhang | Ryskin | Ryskin | Ryskin | Huang | Huang | Huang | Wu | Wu | Wu | Harigaya | Harigaya | Harigaya | Yagyu | Yagyu | Yagyu | Cao | Cao | Cao | Zhang | Zhang | Zhang | Sannino | Sannino | Sannino | Sengupta | Sengupta | Sengupta | Zhu | Zhu | Zhu | Urbano | Urbano | Urbano | Yu | Yu | Hamada | Hamada | Jiang | Jiang | Omura | Omura | Gao | Gao | Zhang | Zhang | Fan | Fan | Tang | Tang | Kats | Kats | Bi | Bi | Wang | Wang | Su | Su | Mayes | Mayes | Khoze | Khoze | Dey | Dey | Aydemir | Aydemir | Ghosh | Ghosh | Mandal | Mandal | Moroi | Moroi | Fichet | Fichet | Patra | Patra | Moretti | Moretti | Sadhukhan | Sadhukhan | Sun | Sun | Zheng | Zheng | Zhu | Zhu | Kanemura | Kanemura | Wang | Wang | Raza | Raza | Park | Park | Austri | Austri | Franceschini | Franceschini | Torre | Torre | Mohapatra | Mohapatra | Cao | Cao | Langacker | Langacker | Vignaroli | Vignaroli | Park | Park | Redi | Redi | Strassler | Strassler | Arun | Arun | Ibe | Ibe | Shang | Shang | Wang | Wang | Hall | Hall | Harland-Lang | Harland-Lang | Rolbiecki | Rolbiecki | Cheung | Cheung | Mawatari | Mawatari | Bernon | Bernon | Quevillon | Quevillon | Santiago | Santiago | No | No | Park | Park | Kim | Kim | Terning | Terning | Ellis | Ellis | Ren | Ren | Song | Song | Hubisz | Hubisz | Cline | Cline | Halverson | Halverson | Maxin | Maxin | Gogoladze | Gogoladze | Han | Han | Perez | Perez | Gersdorff | Gersdorff | Staub | Staub | Bertuzzo | Bertuzzo | Molinaro | Molinaro | Vigiani | Vigiani | Nanopoulos | Nanopoulos | Bardhan | Bardhan | Borah | Borah | Marzocca | Marzocca | Buttazzo | Buttazzo | Delaunay | Delaunay | Li | Li | Royon | Royon | Dutta | Dutta | Kobakhidze | Kobakhidze | Kundu | Kundu | Goudelis | Goudelis | Tesi | Tesi | Kuo | Kuo | Chakraborty | Chakraborty | Salvio | Salvio
famousname ::= Weinberg | Feynman | Polchinski | Randall | Sundrum | Georgi | Glashow | Coleman | Bohr | Fermi | Heisenberg | Einstein
###########################################################################################################
######## Numbers ########
zdigit ::= 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9
nzdigit ::= 1 | 2 | 3 | 4
nnzdigit ::= 2 | 3 | 4
smallinteger ::= <nnzdigit> | <nzdigit><zdigit> | <nzdigit><zdigit>
n ::= n | m | <nzdigit>
massnumber ::= 300 | 400 | 500 | 600 | 700 | 800 | 900
charge ::= 1/3 | 2/3 | 4/3 | 5/3 | 8/3 | 1/5 | 2/5
######## Language ########
capital ::= A|B|C|D|E|F|G|H|I|J|K|L|M|N|O|P|Q|R|S|T|U|V|W|X|Y|Z
article ::= a | the
adverb ::= remarkably | actually | interestingly | however | moreover | therefore | thus
| consequently | curiously | fortunately | unfortunately | surprisingly | unsurprisingly
| quite simply | in short
###########################################################################################################
title ::= <theexcess>: <subject>
| interpretations of <theexcess> in <model>
| <question> <subject>
| <relating> <theexcess> and <otherthing>
| <theexcess> from <model>
| interpretations of <theexcess> in extensions of <model>
| on <theexcess>
| <theexcess> as <anewparticle>
| a new take on <model> inspired by <theexcess>
| a new look at <model> inspired by <theexcess>
subject ::= interpretations in <model>
| interpreting <theexcess> in <model>
| <anewparticle> in <model>
| calculating <quantity> in <model>
quantity ::= the mass spectrum
| the diphoton rate
| the one loop amplitude
| the NLO cross section
question ::= <how> wide? | tension with run 1? | spin-2? | spin-3/2?
how ::= how | can it be | is it | what if it is
theexcess ::= the 750 GeV <excess>
| the diphoton <excess>
| the $\gamma\gamma$ <excess>
excess ::= excess | peak | resonance | anomaly
model ::= minimal composite Higgs | the MSSM | the NMSSM | $\lambda$SUSY | technicolor
| 2HDMs | SU(5) | GUT models | SO(10) | E6 | SU(3)^3
| two Higgs doublet models
| left-right models
| singlet-extended models | gauge-extended models
| split SUSY models | minisplit SUSY models
| the broken MRSSM
| composite models
| Georgi-Machacek models
| Seesaw models
| large N QCD | AdS/CFT
| the <famousname>-<famousname> model
| fat Higgs | little Higgs | twin Higgs
| folded SUSY | composite twin Higgs
| Pati-Salam models | flipped SU(5) models
otherthing ::= the galactic center excess
| the 2 TeV resonance
| the diboson resonance
| muon g-2
| $B \to D \tau \nu$
| natural inflation
| the strong CP problem
| $h \to \mu \tau$
| the doublet-triplet splitting problem
| the core-cusp problem
anewparticle ::= an axion
| a dilaton
| an eta
| an eta prime
| a pion
| a heavy pion
| scalar singlet
| an axino
| a pseudoscalar
| a pseudo Nambu Goldstone boson
| a sgoldstino
| a KK graviton
| a KK gluon
| an electroweak triplet
| a color sextet
###########################################################################################################
abstract ::= <asentence>. <bsentence>. <csentence>. <adverb>, <dsentence>. <closing>.
| <asentence>. <bsentence>. <csentence>. <adverb>, <csentence>. <closing>.
| <asentence>. <adverb>, <bsentence>. <csentence>. <dsentence>. <closing>.
| <asentence>. <bsentence>. <adverb>, <csentence>. <dsentence>. <closing>.
| <asentence>. <bsentence>. <adverb>, <csentence>. <dsentence>. <closing>.
| <asentence>. <adverb>, <bsentence>. <adverb>, <csentence>. <dsentence>. <closing>.
| <asentence>. <adverb>, <bsentence>. <csentence>. <adverb>, <dsentence>. <closing>.
asentence ::= <recently>, ATLAS and CMS have <observed> <anexcess> in <run2data>
| ATLAS and CMS have just <observed> <anexcess> in <run2data>
| ATLAS and CMS have just <observed> <anexcess> in <run2data> at <nzdigit>.<zdigit> sigma
| In this <note>, we <discuss> the <recent> diphoton <excess> at run 2
| In this <note>, we <discuss> the <recent> diphoton <excess> at run 2 (at <nzdigit>.<zdigit> sigma)
| In this <note>, we <discuss> the <recent> diphoton <excess> at run 2 and <otherthing>
bsentence ::= we <consider> <theexcess> in <model>
| we <consider> <theexcess> in <model> with <extra>
| <theexcess> is <considered> in <model> with <extra>
| we <consider> the phenomenology of <model> and <calculate> <objects>
| the phenomenology of <model> is <considered> and we <calculate> <objects>
| <extra> are added to <model> to <accountfor> <theexcess>
| <although> <theexcess> could be a statistical fluctuation, <bsentence>
| we <consider> the phenomenology of <model> and <calculate> <objects>
| we <consider> <theexcess> in <model> on <space>
csentence ::= a <feature> of this model is <physicsstatement>
| the <newparticle> is produced in <production> and decays to <diphoton>
| the <symmetry> symmetry protects the mass of the <newparticle>
| the <symmetry> symmetry protects the mass of the <newparticle>, but not the Higgs
| the <symmetry> symmetry stabilizes the mass of the <newparticle>
| the <newparticle> couples to <channel>, but not to <channel>, <reducing> tension with Run 1
| the <newparticle> couples not only to <channel>, but also to <channel>
dsentence ::= assuming <theexcess> is real, we predict that <extra> should be at <massnumber> GeV
| <extra> at <massnumber> GeV should be observed soon
| <extra> are required at <massnumber> GeV
| we expect <anewparticle> above <massnumber> GeV
| we predict <anewparticle> below <massnumber> GeV
| <theexcess> implies <extra> around <massnumber> GeV
closing ::= finally, <bsentence>
| <adverb>, there is much to be done
| we leave the rest for future study
| we will provide more details in a future paper
| our results are similar to work done by <physicistname>
| our results are similar to work done by <physicistname> and <physicistname>
| we believe this is indicative of a <beautiful> <fact>
| given this, our work may seem quite <beautiful>
| more data should reveal the nature of <theexcess>
| more data is likely to confirm this <beautiful> <fact>
###########################################################################################################
######## Verbs ########
consider ::= scrutinize | analyze | study | consider
relating ::= relating | connecting | explaining | a unified explanation for | a common framework for
observed ::= observed | seen | measured | reported | released | shown | presented
considered ::= scrutinized | analyzed | studied | considered
calculate ::= calculate | compute | derive | analyze | predict | evaluate
######## English ########
recently ::= recently | just recently | in december | a few months ago | less than a year ago
recent ::= recent | very recent | intriguing
discuss ::= discuss | address | talk about | look at
note ::= paper| note| letter| article|
although ::= although | while | even though | despite the fact that
accountfor ::= account for | explain | compensate for | allow for
feature ::= feature | drawback | corollary | downside
size ::= almost zero | tiny | small | large | huge | enormous | sizable
reducing ::= reducing | removing | alleviating | worsening | increasing | decreasing
importantadverb ::= crucially | importantly
beautiful ::= beautiful | surprising | elegant | pretty | arresting | charming
| simple | ingenious | sophisticated | intricate | elaborate | detailed
| confusing | bewildering | perplexing | elaborate | involved | complicated
| startling | unforseen | amazing | extraordinary | remarkable
| shocking | unexpected | deep | mysterious | profound | unsurprising
| essential | fundamental | crucial | critical | key | important
fact ::= fact | truth | principle | law | theorem | rule | pattern | structure | framework | edifice
######## Physics ########
diphoton ::= the diphoton channel | a pair of photons | two photons | $\gamma\gamma$
newparticle ::= resonance | $X$ | $\phi$ | $S$ | $\eta$ | $S(750)$ | $X(750)$
production ::= gluon fusion | vector boson fusion | photon fusion | elastic scattering | the quark antiquark channel | inelastic scattering
anexcess ::= an excess | a peak | a resonance | an anomaly
run2data ::= run 2 | run 2 of the LHC | the latest LHC data | the second run of the LHC | the 13 TeV data
extra ::= vector-like quarks
| vector-like fermions
| exotic fermions
| neutralinos
| light axions
| heavy scalars
| neutral fermions
| new gauge interactions
| new strong dynamics
| conformal dynamics
| colored pions
| charge <charge> quarks
objects ::= decay widths | production rates | branching ratios | mass ratios | cross sections
| the full mass spectrum | the statistical significance | 4-body decays | correlations between <channel> and <channel>
| flavor observables | deviations to Higgs couplings
| anomalous dimensions
physicsstatement ::= that it is very predictive
| that <channel> and <channel> are predicted to be <size>
| that it cannot account for <otherthing>
| that it encapsulates all the relevant physics
| that it explains <otherthing>
channel ::= $ZZ$ | $Z\gamma$ | $WW$ | $t\bar{t}$ | $hh$ | $b\bar{b}$
space ::= a D3-brane | AdS_5 | a torus | 3-brane | warped metric | a lattice
symmetry ::= chiral | shift | discrete | PQ | R | global U(1) | flavor | conformal