id sid tid token lemma pos hx11xd09r02 1 1 radiative radiative ADJ hx11xd09r02 1 2 decays decay NOUN hx11xd09r02 1 3 of of ADP hx11xd09r02 1 4 b b NOUN hx11xd09r02 1 5 - - PUNCT hx11xd09r02 1 6 mesons meson NOUN hx11xd09r02 1 7 are be AUX hx11xd09r02 1 8 ideal ideal ADJ hx11xd09r02 1 9 laboratories laboratory NOUN hx11xd09r02 1 10 for for ADP hx11xd09r02 1 11 probing probe VERB hx11xd09r02 1 12 new new ADJ hx11xd09r02 1 13 physics physics NOUN hx11xd09r02 1 14 ( ( PUNCT hx11xd09r02 1 15 np np PROPN hx11xd09r02 1 16 ) ) PUNCT hx11xd09r02 1 17 . . PUNCT hx11xd09r02 2 1 since since SCONJ hx11xd09r02 2 2 flavor flavor NOUN hx11xd09r02 2 3 - - PUNCT hx11xd09r02 2 4 changing change VERB hx11xd09r02 2 5 neutral neutral ADJ hx11xd09r02 2 6 currents current NOUN hx11xd09r02 2 7 are be AUX hx11xd09r02 2 8 forbidden forbid VERB hx11xd09r02 2 9 at at ADP hx11xd09r02 2 10 tree tree NOUN hx11xd09r02 2 11 - - PUNCT hx11xd09r02 2 12 level level NOUN hx11xd09r02 2 13 in in ADP hx11xd09r02 2 14 the the DET hx11xd09r02 2 15 standard standard ADJ hx11xd09r02 2 16 model model NOUN hx11xd09r02 2 17 ( ( PUNCT hx11xd09r02 2 18 sm sm PROPN hx11xd09r02 2 19 ) ) PUNCT hx11xd09r02 2 20 , , PUNCT hx11xd09r02 2 21 a a DET hx11xd09r02 2 22 loop loop NOUN hx11xd09r02 2 23 diagram diagram NOUN hx11xd09r02 2 24 is be AUX hx11xd09r02 2 25 necessary necessary ADJ hx11xd09r02 2 26 to to PART hx11xd09r02 2 27 facilitate facilitate VERB hx11xd09r02 2 28 the the DET hx11xd09r02 2 29 b b NOUN hx11xd09r02 2 30 ? ? PUNCT hx11xd09r02 2 31 xs&gamma xs&gamma PROPN hx11xd09r02 2 32 ; ; PUNCT hx11xd09r02 2 33 transition transition NOUN hx11xd09r02 2 34 , , PUNCT hx11xd09r02 2 35 where where SCONJ hx11xd09r02 2 36 xs xs PROPN hx11xd09r02 2 37 represents represent VERB hx11xd09r02 2 38 any any DET hx11xd09r02 2 39 strange strange ADJ hx11xd09r02 2 40 hadronic hadronic ADJ hx11xd09r02 2 41 final final ADJ hx11xd09r02 2 42 state state NOUN hx11xd09r02 2 43 . . PUNCT hx11xd09r02 3 1 new new ADJ hx11xd09r02 3 2 physics physics NOUN hx11xd09r02 3 3 particles particle NOUN hx11xd09r02 3 4 can can AUX hx11xd09r02 3 5 potentially potentially ADV hx11xd09r02 3 6 propagate propagate VERB hx11xd09r02 3 7 in in ADP hx11xd09r02 3 8 this this DET hx11xd09r02 3 9 loop loop NOUN hx11xd09r02 3 10 , , PUNCT hx11xd09r02 3 11 and and CCONJ hx11xd09r02 3 12 if if SCONJ hx11xd09r02 3 13 the the DET hx11xd09r02 3 14 np np PROPN hx11xd09r02 3 15 couplings coupling NOUN hx11xd09r02 3 16 are be AUX hx11xd09r02 3 17 comparableto comparableto VERB hx11xd09r02 3 18 those those PRON hx11xd09r02 3 19 of of ADP hx11xd09r02 3 20 the the DET hx11xd09r02 3 21 sm sm PROPN hx11xd09r02 3 22 , , PUNCT hx11xd09r02 3 23 deviations deviation NOUN hx11xd09r02 3 24 from from ADP hx11xd09r02 3 25 the the DET hx11xd09r02 3 26 sm sm PROPN hx11xd09r02 3 27 prediction prediction NOUN hx11xd09r02 3 28 of of ADP hx11xd09r02 3 29 the the DET hx11xd09r02 3 30 b b NOUN hx11xd09r02 3 31 ? ? PUNCT hx11xd09r02 3 32 xs&gamma xs&gamma NUM hx11xd09r02 3 33 ; ; PUNCT hx11xd09r02 3 34 branching branching NOUN hx11xd09r02 3 35 fraction fraction NOUN hx11xd09r02 3 36 could could AUX hx11xd09r02 3 37 be be AUX hx11xd09r02 3 38 observed observe VERB hx11xd09r02 3 39 . . PUNCT hx11xd09r02 4 1 the the DET hx11xd09r02 4 2 current current ADJ hx11xd09r02 4 3 sm sm PROPN hx11xd09r02 4 4 prediction prediction NOUN hx11xd09r02 4 5 for for ADP hx11xd09r02 4 6 bf(b bf(b PROPN hx11xd09r02 4 7 ? ? PUNCT hx11xd09r02 4 8 xs&gamma xs&gamma PROPN hx11xd09r02 5 1 ;) ;) PUNCT hx11xd09r02 5 2 has have AUX hx11xd09r02 5 3 been be AUX hx11xd09r02 5 4 obtained obtain VERB hx11xd09r02 5 5 with with ADP hx11xd09r02 5 6 good good ADJ hx11xd09r02 5 7 precision precision NOUN hx11xd09r02 5 8 , , PUNCT hx11xd09r02 5 9 requiring require VERB hx11xd09r02 5 10 a a DET hx11xd09r02 5 11 precise precise ADJ hx11xd09r02 5 12 measurement measurement NOUN hx11xd09r02 5 13 to to PART hx11xd09r02 5 14 make make VERB hx11xd09r02 5 15 any any DET hx11xd09r02 5 16 definitive definitive ADJ hx11xd09r02 5 17 statement statement NOUN hx11xd09r02 5 18 on on ADP hx11xd09r02 5 19 the the DET hx11xd09r02 5 20 presence presence NOUN hx11xd09r02 5 21 of of ADP hx11xd09r02 5 22 np.a np.a NOUN hx11xd09r02 5 23 precision precision NOUN hx11xd09r02 5 24 measurement measurement NOUN hx11xd09r02 5 25 of of ADP hx11xd09r02 5 26 the the DET hx11xd09r02 5 27 b b NOUN hx11xd09r02 5 28 ? ? PUNCT hx11xd09r02 5 29 xs&gamma xs&gamma NUM hx11xd09r02 5 30 ; ; PUNCT hx11xd09r02 5 31 analysis analysis NOUN hx11xd09r02 5 32 at at ADP hx11xd09r02 5 33 babar babar PROPN hx11xd09r02 5 34 has have AUX hx11xd09r02 5 35 been be AUX hx11xd09r02 5 36 performed perform VERB hx11xd09r02 5 37 . . PUNCT hx11xd09r02 6 1 to to PART hx11xd09r02 6 2 compare compare VERB hx11xd09r02 6 3 directly directly ADV hx11xd09r02 6 4 with with ADP hx11xd09r02 6 5 the the DET hx11xd09r02 6 6 sm sm PROPN hx11xd09r02 6 7 prediction prediction NOUN hx11xd09r02 6 8 , , PUNCT hx11xd09r02 6 9 the the DET hx11xd09r02 6 10 b b NOUN hx11xd09r02 6 11 ? ? PUNCT hx11xd09r02 6 12 xs&gamma xs&gamma NUM hx11xd09r02 6 13 ; ; PUNCT hx11xd09r02 6 14 branching branching NOUN hx11xd09r02 6 15 fraction fraction NOUN hx11xd09r02 6 16 must must AUX hx11xd09r02 6 17 be be AUX hx11xd09r02 6 18 measured measure VERB hx11xd09r02 6 19 inclusively inclusively ADV hx11xd09r02 6 20 , , PUNCT hx11xd09r02 6 21 where where SCONJ hx11xd09r02 6 22 all all DET hx11xd09r02 6 23 xs xs PROPN hx11xd09r02 6 24 final final ADJ hx11xd09r02 6 25 states state NOUN hx11xd09r02 6 26 are be AUX hx11xd09r02 6 27 taken take VERB hx11xd09r02 6 28 into into ADP hx11xd09r02 6 29 account account NOUN hx11xd09r02 6 30 . . PUNCT hx11xd09r02 7 1 this this PRON hx11xd09r02 7 2 is be AUX hx11xd09r02 7 3 achieved achieve VERB hx11xd09r02 7 4 by by ADP hx11xd09r02 7 5 only only ADV hx11xd09r02 7 6 reconstructing reconstruct VERB hx11xd09r02 7 7 the the DET hx11xd09r02 7 8 high high ADJ hx11xd09r02 7 9 - - PUNCT hx11xd09r02 7 10 energy energy NOUN hx11xd09r02 7 11 photon photon NOUN hx11xd09r02 7 12 from from ADP hx11xd09r02 7 13 thedecay thedecay NOUN hx11xd09r02 7 14 . . PUNCT hx11xd09r02 8 1 consequently consequently ADV hx11xd09r02 8 2 , , PUNCT hx11xd09r02 8 3 the the DET hx11xd09r02 8 4 signal signal NOUN hx11xd09r02 8 5 is be AUX hx11xd09r02 8 6 overwhelmed overwhelmed ADJ hx11xd09r02 8 7 with with ADP hx11xd09r02 8 8 backgrounds background NOUN hx11xd09r02 8 9 from from ADP hx11xd09r02 8 10 continuum continuum PROPN hx11xd09r02 8 11 processes process NOUN hx11xd09r02 8 12 and and CCONJ hx11xd09r02 8 13 non non ADJ hx11xd09r02 8 14 - - ADJ hx11xd09r02 8 15 signal signal ADJ hx11xd09r02 8 16 b b NOUN hx11xd09r02 8 17 - - PUNCT hx11xd09r02 8 18 meson meson NOUN hx11xd09r02 8 19 decays decay NOUN hx11xd09r02 8 20 . . PUNCT hx11xd09r02 9 1 a a DET hx11xd09r02 9 2 series series NOUN hx11xd09r02 9 3 of of ADP hx11xd09r02 9 4 selection selection NOUN hx11xd09r02 9 5 criteria criterion NOUN hx11xd09r02 9 6 is be AUX hx11xd09r02 9 7 imposed impose VERB hx11xd09r02 9 8 to to PART hx11xd09r02 9 9 suppress suppress VERB hx11xd09r02 9 10 continuum continuum PROPN hx11xd09r02 9 11 background background NOUN hx11xd09r02 9 12 . . PUNCT hx11xd09r02 10 1 the the DET hx11xd09r02 10 2 remaining remain VERB hx11xd09r02 10 3 continuum continuum PROPN hx11xd09r02 10 4 background background NOUN hx11xd09r02 10 5 is be AUX hx11xd09r02 10 6 subtracted subtract VERB hx11xd09r02 10 7 with with ADP hx11xd09r02 10 8 data datum NOUN hx11xd09r02 10 9 taken take VERB hx11xd09r02 10 10 40 40 NUM hx11xd09r02 10 11 mev mev NOUN hx11xd09r02 10 12 below below ADP hx11xd09r02 10 13 the the DET hx11xd09r02 10 14 ì ì PROPN hx11xd09r02 10 15 ' ' PUNCT hx11xd09r02 10 16 ( ( PUNCT hx11xd09r02 10 17 4s 4s NUM hx11xd09r02 10 18 ) ) PUNCT hx11xd09r02 10 19 resonance resonance NOUN hx11xd09r02 10 20 . . PUNCT hx11xd09r02 11 1 photon photon NOUN hx11xd09r02 11 2 backgrounds background NOUN hx11xd09r02 11 3 from from ADP hx11xd09r02 11 4 bb bb NOUN hx11xd09r02 11 5 events event NOUN hx11xd09r02 11 6 primarily primarily ADV hx11xd09r02 11 7 originate originate VERB hx11xd09r02 11 8 from from ADP hx11xd09r02 11 9 ì ì PROPN hx11xd09r02 11 10 ââ0(ì_åá ââ0(ì_åá PROPN hx11xd09r02 11 11 ) ) PUNCT hx11xd09r02 11 12 ? ? PUNCT hx11xd09r02 12 1 & & CCONJ hx11xd09r02 12 2 gamma;&gamma gamma;&gamma PROPN hx11xd09r02 12 3 decays decays PROPN hx11xd09r02 12 4 , , PUNCT hx11xd09r02 12 5 as as ADV hx11xd09r02 12 6 well well ADV hx11xd09r02 12 7 as as ADP hx11xd09r02 12 8 radiativedecays radiativedecay NOUN hx11xd09r02 12 9 of of ADP hx11xd09r02 12 10 ì ì PROPN hx11xd09r02 12 11 ' ' PUNCT hx11xd09r02 12 12 ¡ ¡ PROPN hx11xd09r02 12 13 and and CCONJ hx11xd09r02 12 14 ì_åá ì_åá SPACE hx11xd09r02 12 15 ' ' PART hx11xd09r02 12 16 mesons meson NOUN hx11xd09r02 12 17 . . PUNCT hx11xd09r02 13 1 energy energy NOUN hx11xd09r02 13 2 deposits deposit NOUN hx11xd09r02 13 3 from from ADP hx11xd09r02 13 4 electrons electron NOUN hx11xd09r02 13 5 and and CCONJ hx11xd09r02 13 6 antineutrons antineutron NOUN hx11xd09r02 13 7 alsoimitate alsoimitate NOUN hx11xd09r02 13 8 photons photon NOUN hx11xd09r02 13 9 from from ADP hx11xd09r02 13 10 b b PROPN hx11xd09r02 13 11 ? ? PUNCT hx11xd09r02 13 12 xs&gamma xs&gamma PROPN hx11xd09r02 13 13 ; ; PUNCT hx11xd09r02 13 14 decays decay NOUN hx11xd09r02 13 15 . . PUNCT hx11xd09r02 14 1 these these DET hx11xd09r02 14 2 backgrounds background NOUN hx11xd09r02 14 3 are be AUX hx11xd09r02 14 4 subtracted subtract VERB hx11xd09r02 14 5 using use VERB hx11xd09r02 14 6 data data NOUN hx11xd09r02 14 7 - - PUNCT hx11xd09r02 14 8 corrected correct VERB hx11xd09r02 14 9 monte monte PROPN hx11xd09r02 14 10 carlo carlo PROPN hx11xd09r02 14 11 ( ( PUNCT hx11xd09r02 14 12 mc mc PROPN hx11xd09r02 14 13 ) ) PUNCT hx11xd09r02 14 14 simulation simulation NOUN hx11xd09r02 14 15 of of ADP hx11xd09r02 14 16 bb bb NOUN hx11xd09r02 14 17 events.the events.the DET hx11xd09r02 14 18 signal signal NOUN hx11xd09r02 14 19 region region NOUN hx11xd09r02 14 20 of of ADP hx11xd09r02 14 21 1.8 1.8 NUM hx11xd09r02 14 22 < < X hx11xd09r02 15 1 e&gamma e&gamma NOUN hx11xd09r02 15 2 ; ; PUNCT hx11xd09r02 15 3 * * PUNCT hx11xd09r02 15 4 < < X hx11xd09r02 15 5 2.8 2.8 NUM hx11xd09r02 15 6 gev gev NOUN hx11xd09r02 15 7 is be AUX hx11xd09r02 15 8 not not PART hx11xd09r02 15 9 looked look VERB hx11xd09r02 15 10 at at ADP hx11xd09r02 15 11 until until SCONJ hx11xd09r02 15 12 the the DET hx11xd09r02 15 13 selection selection NOUN hx11xd09r02 15 14 criteria criterion NOUN hx11xd09r02 15 15 and and CCONJ hx11xd09r02 15 16 data data NOUN hx11xd09r02 15 17 - - PUNCT hx11xd09r02 15 18 corrected correct VERB hx11xd09r02 15 19 mc mc PROPN hx11xd09r02 15 20 backgrounds background NOUN hx11xd09r02 15 21 are be AUX hx11xd09r02 15 22 fixed fix VERB hx11xd09r02 15 23 . . PUNCT hx11xd09r02 16 1 a a DET hx11xd09r02 16 2 set set NOUN hx11xd09r02 16 3 of of ADP hx11xd09r02 16 4 control control NOUN hx11xd09r02 16 5 region region NOUN hx11xd09r02 16 6 checks check NOUN hx11xd09r02 16 7 must must AUX hx11xd09r02 16 8 be be AUX hx11xd09r02 16 9 satisfied satisfied ADJ hx11xd09r02 16 10 before before SCONJ hx11xd09r02 16 11 the the DET hx11xd09r02 16 12 signal signal NOUN hx11xd09r02 16 13 region region NOUN hx11xd09r02 16 14 is be AUX hx11xd09r02 16 15 unblinded unblinde VERB hx11xd09r02 16 16 , , PUNCT hx11xd09r02 16 17 after after ADP hx11xd09r02 16 18 which which PRON hx11xd09r02 16 19 the the DET hx11xd09r02 16 20 background background NOUN hx11xd09r02 16 21 - - PUNCT hx11xd09r02 16 22 subtracted subtract VERB hx11xd09r02 16 23 photon photon NOUN hx11xd09r02 16 24 spectrum spectrum NOUN hx11xd09r02 16 25 is be AUX hx11xd09r02 16 26 efficiency efficiency NOUN hx11xd09r02 16 27 - - PUNCT hx11xd09r02 16 28 corrected correct VERB hx11xd09r02 16 29 . . PUNCT hx11xd09r02 17 1 after after ADP hx11xd09r02 17 2 a a DET hx11xd09r02 17 3 series series NOUN hx11xd09r02 17 4 of of ADP hx11xd09r02 17 5 corrections correction NOUN hx11xd09r02 17 6 related relate VERB hx11xd09r02 17 7 to to ADP hx11xd09r02 17 8 reference reference NOUN hx11xd09r02 17 9 frame frame NOUN hx11xd09r02 17 10 differences difference NOUN hx11xd09r02 17 11 , , PUNCT hx11xd09r02 17 12 photon photon NOUN hx11xd09r02 17 13 energy energy NOUN hx11xd09r02 17 14 extrapolation extrapolation NOUN hx11xd09r02 17 15 , , PUNCT hx11xd09r02 17 16 and and CCONJ hx11xd09r02 17 17 removal removal NOUN hx11xd09r02 17 18 of of ADP hx11xd09r02 17 19 the the DET hx11xd09r02 17 20 b b NOUN hx11xd09r02 17 21 ? ? PUNCT hx11xd09r02 17 22 xd&gamma xd&gamma PROPN hx11xd09r02 17 23 ; ; PUNCT hx11xd09r02 17 24 contribution contribution NOUN hx11xd09r02 17 25 , , PUNCT hx11xd09r02 17 26 a a DET hx11xd09r02 17 27 total total ADJ hx11xd09r02 17 28 branching branching NOUN hx11xd09r02 17 29 fraction fraction NOUN hx11xd09r02 17 30 is be AUX hx11xd09r02 17 31 obtained obtain VERB hx11xd09r02 17 32 : : PUNCT hx11xd09r02 17 33 bf(b bf(b PROPN hx11xd09r02 17 34 ? ? PUNCT hx11xd09r02 18 1 xsγ)e&gamma xsγ)e&gamma PROPN hx11xd09r02 18 2 ; ; PUNCT hx11xd09r02 18 3 * * PUNCT hx11xd09r02 18 4 > > X hx11xd09r02 18 5 1.6gev 1.6gev NUM hx11xd09r02 18 6 = = NOUN hx11xd09r02 18 7 ( ( PUNCT hx11xd09r02 18 8 3.28 3.28 NUM hx11xd09r02 18 9 ìâå± ìâå± NUM hx11xd09r02 18 10 0.16 0.16 NUM hx11xd09r02 18 11 ìâå± ìâå± NUM hx11xd09r02 18 12 0.28 0.28 NUM hx11xd09r02 18 13 ìâå± ìâå± NUM hx11xd09r02 18 14 0.10 0.10 NUM hx11xd09r02 18 15 ) ) PUNCT hx11xd09r02 18 16 ìä ìä ADP hx11xd09r02 18 17 ' ' PUNCT hx11xd09r02 18 18 10ì¢è 10ì¢è NUM hx11xd09r02 18 19     SPACE hx11xd09r02 18 20 ' ' NUM hx11xd09r02 18 21 4 4 NUM hx11xd09r02 18 22 , , PUNCT hx11xd09r02 18 23 where where SCONJ hx11xd09r02 18 24 the the DET hx11xd09r02 18 25 errors error NOUN hx11xd09r02 18 26 are be AUX hx11xd09r02 18 27 the the DET hx11xd09r02 18 28 statistical statistical ADJ hx11xd09r02 18 29 , , PUNCT hx11xd09r02 18 30 systematic systematic ADJ hx11xd09r02 18 31 , , PUNCT hx11xd09r02 18 32 and and CCONJ hx11xd09r02 18 33 model model NOUN hx11xd09r02 18 34 - - PUNCT hx11xd09r02 18 35 dependent dependent ADJ hx11xd09r02 18 36 uncertainties uncertainty NOUN hx11xd09r02 18 37 , , PUNCT hx11xd09r02 18 38 respectively respectively ADV hx11xd09r02 18 39 . . PUNCT hx11xd09r02 19 1 this this DET hx11xd09r02 19 2 result result NOUN hx11xd09r02 19 3 is be AUX hx11xd09r02 19 4 consistent consistent ADJ hx11xd09r02 19 5 with with ADP hx11xd09r02 19 6 the the DET hx11xd09r02 19 7 sm sm PROPN hx11xd09r02 19 8 and and CCONJ hx11xd09r02 19 9 can can AUX hx11xd09r02 19 10 be be AUX hx11xd09r02 19 11 used use VERB hx11xd09r02 19 12 to to PART hx11xd09r02 19 13 place place VERB hx11xd09r02 19 14 stringent stringent ADJ hx11xd09r02 19 15 constraints constraint NOUN hx11xd09r02 19 16 on on ADP hx11xd09r02 19 17 np np PROPN hx11xd09r02 19 18 theories theory NOUN hx11xd09r02 19 19 . . PUNCT