id sid tid token lemma pos jm214m93q7g 1 1 in in ADP jm214m93q7g 1 2 the the DET jm214m93q7g 1 3 visible visible ADJ jm214m93q7g 1 4 and and CCONJ jm214m93q7g 1 5 near near ADJ jm214m93q7g 1 6 - - PUNCT jm214m93q7g 1 7 ir ir NOUN jm214m93q7g 1 8 , , PUNCT jm214m93q7g 1 9 structures structure NOUN jm214m93q7g 1 10 are be AUX jm214m93q7g 1 11 engineered engineer VERB jm214m93q7g 1 12 to to PART jm214m93q7g 1 13 achieve achieve VERB jm214m93q7g 1 14 subwavelength subwavelength NOUN jm214m93q7g 1 15 confinement confinement NOUN jm214m93q7g 1 16 of of ADP jm214m93q7g 1 17 modes mode NOUN jm214m93q7g 1 18 to to PART jm214m93q7g 1 19 support support VERB jm214m93q7g 1 20 optical optical ADJ jm214m93q7g 1 21 sensing sensing NOUN jm214m93q7g 1 22 and and CCONJ jm214m93q7g 1 23 imaging imaging NOUN jm214m93q7g 1 24 applications application NOUN jm214m93q7g 1 25 , , PUNCT jm214m93q7g 1 26 the the DET jm214m93q7g 1 27 so so ADV jm214m93q7g 1 28 - - PUNCT jm214m93q7g 1 29 called call VERB jm214m93q7g 1 30 plasmonics plasmonic NOUN jm214m93q7g 1 31 . . PUNCT jm214m93q7g 2 1 however however ADV jm214m93q7g 2 2 , , PUNCT jm214m93q7g 2 3 at at ADP jm214m93q7g 2 4 the the DET jm214m93q7g 2 5 midand midand NOUN jm214m93q7g 2 6 far far ADV jm214m93q7g 2 7 - - PUNCT jm214m93q7g 2 8 infrared infrared ADJ jm214m93q7g 2 9 ( ( PUNCT jm214m93q7g 2 10 ir ir ADJ jm214m93q7g 2 11 ) ) PUNCT jm214m93q7g 2 12 spectral spectral ADJ jm214m93q7g 2 13 regions region NOUN jm214m93q7g 2 14 ( ( PUNCT jm214m93q7g 2 15 long long ADJ jm214m93q7g 2 16 - - PUNCT jm214m93q7g 2 17 wavelength wavelength NOUN jm214m93q7g 2 18 ir ir NOUN jm214m93q7g 2 19 ) ) PUNCT jm214m93q7g 2 20 , , PUNCT jm214m93q7g 2 21 noble noble ADJ jm214m93q7g 2 22 metals metal NOUN jm214m93q7g 2 23 typically typically ADV jm214m93q7g 2 24 used use VERB jm214m93q7g 2 25 in in ADP jm214m93q7g 2 26 plasmonics plasmonic NOUN jm214m93q7g 2 27 , , PUNCT jm214m93q7g 2 28 underperform underperform VERB jm214m93q7g 2 29 due due ADP jm214m93q7g 2 30 to to ADP jm214m93q7g 2 31 their their PRON jm214m93q7g 2 32 inherent inherent ADJ jm214m93q7g 2 33 loss loss NOUN jm214m93q7g 2 34 . . PUNCT jm214m93q7g 3 1 therefore therefore ADV jm214m93q7g 3 2 , , PUNCT jm214m93q7g 3 3 a a DET jm214m93q7g 3 4 different different ADJ jm214m93q7g 3 5 approach approach NOUN jm214m93q7g 3 6 is be AUX jm214m93q7g 3 7 researched research VERB jm214m93q7g 3 8 here here ADV jm214m93q7g 3 9 by by ADP jm214m93q7g 3 10 using use VERB jm214m93q7g 3 11 optical optical ADJ jm214m93q7g 3 12 phonon phonon NOUN jm214m93q7g 3 13 polaritons polariton NOUN jm214m93q7g 3 14 instead instead ADV jm214m93q7g 3 15 of of ADP jm214m93q7g 3 16 plasmon plasmon NOUN jm214m93q7g 3 17 polaritons polariton NOUN jm214m93q7g 3 18 . . PUNCT jm214m93q7g 4 1 we we PRON jm214m93q7g 4 2 investigate investigate VERB jm214m93q7g 4 3 optical optical ADJ jm214m93q7g 4 4 phonon phonon NOUN jm214m93q7g 4 5 polaritons polariton NOUN jm214m93q7g 4 6 resonances resonance NOUN jm214m93q7g 4 7 , , PUNCT jm214m93q7g 4 8 these these DET jm214m93q7g 4 9 resonances resonance NOUN jm214m93q7g 4 10 are be AUX jm214m93q7g 4 11 the the DET jm214m93q7g 4 12 result result NOUN jm214m93q7g 4 13 of of ADP jm214m93q7g 4 14 light light ADJ jm214m93q7g 4 15 coupling coupling NOUN jm214m93q7g 4 16 with with ADP jm214m93q7g 4 17 lattice lattice NOUN jm214m93q7g 4 18 vibrations vibration NOUN jm214m93q7g 4 19 ( ( PUNCT jm214m93q7g 4 20 phonons phonon NOUN jm214m93q7g 4 21 ) ) PUNCT jm214m93q7g 4 22 of of ADP jm214m93q7g 4 23 polar polar ADJ jm214m93q7g 4 24 materials material NOUN jm214m93q7g 4 25 , , PUNCT jm214m93q7g 4 26 and and CCONJ jm214m93q7g 4 27 are be AUX jm214m93q7g 4 28 a a DET jm214m93q7g 4 29 promising promising ADJ jm214m93q7g 4 30 approach approach NOUN jm214m93q7g 4 31 to to PART jm214m93q7g 4 32 achieve achieve VERB jm214m93q7g 4 33 the the DET jm214m93q7g 4 34 electrical electrical ADJ jm214m93q7g 4 35 field field NOUN jm214m93q7g 4 36 enhancement enhancement NOUN jm214m93q7g 4 37 in in ADP jm214m93q7g 4 38 a a DET jm214m93q7g 4 39 subwavelength subwavelength NOUN jm214m93q7g 4 40 volume volume NOUN jm214m93q7g 4 41 in in ADP jm214m93q7g 4 42 the the DET jm214m93q7g 4 43 long long ADJ jm214m93q7g 4 44 - - PUNCT jm214m93q7g 4 45 wavelength wavelength NOUN jm214m93q7g 4 46 ir.in ir.in PROPN jm214m93q7g 4 47 our our PRON jm214m93q7g 4 48 devices device NOUN jm214m93q7g 4 49 , , PUNCT jm214m93q7g 4 50 phonon phonon NOUN jm214m93q7g 4 51 polariton polariton NOUN jm214m93q7g 4 52 resonances resonance NOUN jm214m93q7g 4 53 are be AUX jm214m93q7g 4 54 achieved achieve VERB jm214m93q7g 4 55 by by ADP jm214m93q7g 4 56 coupling couple VERB jm214m93q7g 4 57 nanoantenna nanoantenna NOUN jm214m93q7g 4 58 modes mode NOUN jm214m93q7g 4 59 with with ADP jm214m93q7g 4 60 epsilon epsilon NOUN jm214m93q7g 4 61 - - PUNCT jm214m93q7g 4 62 near near ADP jm214m93q7g 4 63 - - PUNCT jm214m93q7g 4 64 zero zero NUM jm214m93q7g 4 65 ( ( PUNCT jm214m93q7g 4 66 enz enz NOUN jm214m93q7g 4 67 ) ) PUNCT jm214m93q7g 4 68 modes mode NOUN jm214m93q7g 4 69 . . PUNCT jm214m93q7g 5 1 the the DET jm214m93q7g 5 2 enz enz NOUN jm214m93q7g 5 3 mode mode NOUN jm214m93q7g 5 4 is be AUX jm214m93q7g 5 5 obtained obtain VERB jm214m93q7g 5 6 from from ADP jm214m93q7g 5 7 light light NOUN jm214m93q7g 5 8 interacting interact VERB jm214m93q7g 5 9 with with ADP jm214m93q7g 5 10 a a DET jm214m93q7g 5 11 material material NOUN jm214m93q7g 5 12 at at ADP jm214m93q7g 5 13 a a DET jm214m93q7g 5 14 frequency frequency NOUN jm214m93q7g 5 15 where where SCONJ jm214m93q7g 5 16 the the DET jm214m93q7g 5 17 permittivity permittivity NOUN jm214m93q7g 5 18 is be AUX jm214m93q7g 5 19 vanishing vanish VERB jm214m93q7g 5 20 , , PUNCT jm214m93q7g 5 21 such such ADJ jm214m93q7g 5 22 material material NOUN jm214m93q7g 5 23 is be AUX jm214m93q7g 5 24 known know VERB jm214m93q7g 5 25 as as ADP jm214m93q7g 5 26 an an DET jm214m93q7g 5 27 enz enz NOUN jm214m93q7g 5 28 material.furthermore material.furthermore PROPN jm214m93q7g 5 29 , , PUNCT jm214m93q7g 5 30 we we PRON jm214m93q7g 5 31 observe observe VERB jm214m93q7g 5 32 the the DET jm214m93q7g 5 33 pinning pin VERB jm214m93q7g 5 34 behavior behavior NOUN jm214m93q7g 5 35 of of ADP jm214m93q7g 5 36 successive successive ADJ jm214m93q7g 5 37 nanoantenna nanoantenna NOUN jm214m93q7g 5 38 modes mode NOUN jm214m93q7g 5 39 ( ( PUNCT jm214m93q7g 5 40 m=1 m=1 PROPN jm214m93q7g 5 41 , , PUNCT jm214m93q7g 5 42 2 2 NUM jm214m93q7g 5 43 , , PUNCT jm214m93q7g 5 44 3 3 NUM jm214m93q7g 5 45 … … PUNCT jm214m93q7g 5 46 ) ) PUNCT jm214m93q7g 5 47 on on ADP jm214m93q7g 5 48 an an DET jm214m93q7g 5 49 enz enz NOUN jm214m93q7g 5 50 material material NOUN jm214m93q7g 5 51 , , PUNCT jm214m93q7g 5 52 near near ADP jm214m93q7g 5 53 the the DET jm214m93q7g 5 54 enz enz NOUN jm214m93q7g 5 55 frequency frequency NOUN jm214m93q7g 5 56 . . PUNCT jm214m93q7g 6 1 this this DET jm214m93q7g 6 2 pinning pinning NOUN jm214m93q7g 6 3 is be AUX jm214m93q7g 6 4 due due ADJ jm214m93q7g 6 5 to to ADP jm214m93q7g 6 6 the the DET jm214m93q7g 6 7 near near ADJ jm214m93q7g 6 8 - - PUNCT jm214m93q7g 6 9 zero zero NUM jm214m93q7g 6 10 permittivity permittivity NOUN jm214m93q7g 6 11 of of ADP jm214m93q7g 6 12 the the DET jm214m93q7g 6 13 material material NOUN jm214m93q7g 6 14 . . PUNCT jm214m93q7g 7 1 eventually eventually ADV jm214m93q7g 7 2 , , PUNCT jm214m93q7g 7 3 these these DET jm214m93q7g 7 4 multiple multiple ADJ jm214m93q7g 7 5 modes mode NOUN jm214m93q7g 7 6 result result VERB jm214m93q7g 7 7 in in ADP jm214m93q7g 7 8 a a DET jm214m93q7g 7 9 near near ADV jm214m93q7g 7 10 - - PUNCT jm214m93q7g 7 11 monochromatic monochromatic ADJ jm214m93q7g 7 12 multimode multimode PROPN jm214m93q7g 7 13 antenna antenna NOUN jm214m93q7g 7 14 response response NOUN jm214m93q7g 7 15 . . PUNCT jm214m93q7g 8 1 we we PRON jm214m93q7g 8 2 demonstrate demonstrate VERB jm214m93q7g 8 3 the the DET jm214m93q7g 8 4 ability ability NOUN jm214m93q7g 8 5 to to PART jm214m93q7g 8 6 engineer engineer VERB jm214m93q7g 8 7 the the DET jm214m93q7g 8 8 spectral spectral ADJ jm214m93q7g 8 9 response response NOUN jm214m93q7g 8 10 of of ADP jm214m93q7g 8 11 the the DET jm214m93q7g 8 12 nanoantennas nanoantennas PROPN jm214m93q7g 8 13 on on ADP jm214m93q7g 8 14 enz enz NOUN jm214m93q7g 8 15 materials material NOUN jm214m93q7g 8 16 and and CCONJ jm214m93q7g 8 17 coupling coupling NOUN jm214m93q7g 8 18 to to ADP jm214m93q7g 8 19 the the DET jm214m93q7g 8 20 enz enz NOUN jm214m93q7g 8 21 modes.in modes.in X jm214m93q7g 8 22 this this DET jm214m93q7g 8 23 work work NOUN jm214m93q7g 8 24 , , PUNCT jm214m93q7g 8 25 we we PRON jm214m93q7g 8 26 present present VERB jm214m93q7g 8 27 an an DET jm214m93q7g 8 28 innovative innovative ADJ jm214m93q7g 8 29 approach approach NOUN jm214m93q7g 8 30 to to ADP jm214m93q7g 8 31 engineering engineer VERB jm214m93q7g 8 32 light light ADJ jm214m93q7g 8 33 - - PUNCT jm214m93q7g 8 34 matter matter NOUN jm214m93q7g 8 35 interactions interaction NOUN jm214m93q7g 8 36 using use VERB jm214m93q7g 8 37 the the DET jm214m93q7g 8 38 properties property NOUN jm214m93q7g 8 39 of of ADP jm214m93q7g 8 40 the the DET jm214m93q7g 8 41 polar polar ADJ jm214m93q7g 8 42 materials material NOUN jm214m93q7g 8 43 , , PUNCT jm214m93q7g 8 44 nanoparticles nanoparticle NOUN jm214m93q7g 8 45 , , PUNCT jm214m93q7g 8 46 and and CCONJ jm214m93q7g 8 47 thin thin ADJ jm214m93q7g 8 48 films film NOUN jm214m93q7g 8 49 , , PUNCT jm214m93q7g 8 50 to to PART jm214m93q7g 8 51 design design VERB jm214m93q7g 8 52 devices device NOUN jm214m93q7g 8 53 for for ADP jm214m93q7g 8 54 the the DET jm214m93q7g 8 55 mid mid NOUN jm214m93q7g 8 56 - - ADJ jm214m93q7g 8 57 ir ir ADJ jm214m93q7g 8 58 , , PUNCT jm214m93q7g 8 59 such such ADJ jm214m93q7g 8 60 as as ADP jm214m93q7g 8 61 negative negative ADJ jm214m93q7g 8 62 and and CCONJ jm214m93q7g 8 63 near near ADP jm214m93q7g 8 64 - - PUNCT jm214m93q7g 8 65 zero zero NUM jm214m93q7g 8 66 permittivity permittivity NOUN jm214m93q7g 8 67 . . PUNCT jm214m93q7g 9 1 the the DET jm214m93q7g 9 2 approaches approach NOUN jm214m93q7g 9 3 developed develop VERB jm214m93q7g 9 4 in in ADP jm214m93q7g 9 5 this this DET jm214m93q7g 9 6 work work NOUN jm214m93q7g 9 7 are be AUX jm214m93q7g 9 8 achieved achieve VERB jm214m93q7g 9 9 in in ADP jm214m93q7g 9 10 the the DET jm214m93q7g 9 11 mid mid NOUN jm214m93q7g 9 12 - - NOUN jm214m93q7g 9 13 ir ir ADJ jm214m93q7g 9 14 ; ; PUNCT jm214m93q7g 9 15 however however ADV jm214m93q7g 9 16 , , PUNCT jm214m93q7g 9 17 the the DET jm214m93q7g 9 18 techniques technique NOUN jm214m93q7g 9 19 used use VERB jm214m93q7g 9 20 here here ADV jm214m93q7g 9 21 are be AUX jm214m93q7g 9 22 part part NOUN jm214m93q7g 9 23 of of ADP jm214m93q7g 9 24 the the DET jm214m93q7g 9 25 foundation foundation NOUN jm214m93q7g 9 26 for for ADP jm214m93q7g 9 27 our our PRON jm214m93q7g 9 28 group group NOUN jm214m93q7g 9 29 work work NOUN jm214m93q7g 9 30 to to PART jm214m93q7g 9 31 support support VERB jm214m93q7g 9 32 devices device NOUN jm214m93q7g 9 33 and and CCONJ jm214m93q7g 9 34 structures structure NOUN jm214m93q7g 9 35 in in ADP jm214m93q7g 9 36 the the DET jm214m93q7g 9 37 far far ADV jm214m93q7g 9 38 - - PUNCT jm214m93q7g 9 39 ir ir NOUN jm214m93q7g 9 40 . . PUNCT jm214m93q7g 10 1 for for ADP jm214m93q7g 10 2 either either PRON jm214m93q7g 10 3 of of ADP jm214m93q7g 10 4 these these DET jm214m93q7g 10 5 two two NUM jm214m93q7g 10 6 regions region NOUN jm214m93q7g 10 7 , , PUNCT jm214m93q7g 10 8 phonon phonon NOUN jm214m93q7g 10 9 interactions interaction NOUN jm214m93q7g 10 10 have have AUX jm214m93q7g 10 11 been be AUX jm214m93q7g 10 12 a a DET jm214m93q7g 10 13 limitation limitation NOUN jm214m93q7g 10 14 for for ADP jm214m93q7g 10 15 the the DET jm214m93q7g 10 16 development development NOUN jm214m93q7g 10 17 of of ADP jm214m93q7g 10 18 technologies technology NOUN jm214m93q7g 10 19 . . PUNCT jm214m93q7g 11 1 nevertheless nevertheless ADV jm214m93q7g 11 2 , , PUNCT jm214m93q7g 11 3 these these DET jm214m93q7g 11 4 excitations excitation NOUN jm214m93q7g 11 5 , , PUNCT jm214m93q7g 11 6 such such ADJ jm214m93q7g 11 7 as as ADP jm214m93q7g 11 8 localized localize VERB jm214m93q7g 11 9 surface surface NOUN jm214m93q7g 11 10 phonon phonon NOUN jm214m93q7g 11 11 polaritons polariton NOUN jm214m93q7g 11 12 ( ( PUNCT jm214m93q7g 11 13 lsphp lsphp ADJ jm214m93q7g 11 14 ) ) PUNCT jm214m93q7g 11 15 and and CCONJ jm214m93q7g 11 16 epsilon epsilon NOUN jm214m93q7g 11 17 - - PUNCT jm214m93q7g 11 18 near near ADP jm214m93q7g 11 19 - - PUNCT jm214m93q7g 11 20 zero zero NUM jm214m93q7g 11 21 modes mode NOUN jm214m93q7g 11 22 ( ( PUNCT jm214m93q7g 11 23 enz enz PROPN jm214m93q7g 11 24 ) ) PUNCT jm214m93q7g 11 25 , , PUNCT jm214m93q7g 11 26 can can AUX jm214m93q7g 11 27 be be AUX jm214m93q7g 11 28 exploited exploit VERB jm214m93q7g 11 29 using use VERB jm214m93q7g 11 30 polar polar ADJ jm214m93q7g 11 31 dielectric dielectric ADJ jm214m93q7g 11 32 materials material NOUN jm214m93q7g 11 33 to to PART jm214m93q7g 11 34 support support VERB jm214m93q7g 11 35 new new ADJ jm214m93q7g 11 36 technologies technology NOUN jm214m93q7g 11 37 for for ADP jm214m93q7g 11 38 the the DET jm214m93q7g 11 39 long long ADJ jm214m93q7g 11 40 - - PUNCT jm214m93q7g 11 41 wavelength wavelength NOUN jm214m93q7g 11 42 ir ir NOUN jm214m93q7g 11 43 region region NOUN jm214m93q7g 11 44 . . PUNCT