( (IP-MAT (CONJ;_cl_ And;{and})
          (NP-SBJ (D the;{the})
                  (NUM third;{third})
                  (N part;{part})
                  (PP (P-ROLE of;{of})
                      (NP (D;_nphd_ this;{this}))))
          (BEP;_equ_Vf_ is;{be})
          (CP-THT-PRD (IP-SUB (C that;{that})
                              (NP-SBJ (PRO we;{we}))
                              (HVP;_cat_Ve_ <apos>ve;{have})
                              (IP-PPL-CAT (ADVP-NIM (ADV all;{all}))
                                          (VVN;_I_ agreed;{agree})
                                          (PUNC ,)
                                          (ADVP-NIM (ADV nonetheless;{nonetheless}))
                                          (PUNC ,)
                                          (PP-CLR (P-ROLE on;{on})
                                                  (NP (D the;{the})
                                                      (ADJP (ADVP (ADV really;{really}))
                                                            (ADJ extraordinary;{extraordinary}))
                                                      (NS capacities;{capacity})
                                                      (IP-REL (C that;{that})
                                                              (NP-OB1 *T*)
                                                              (NP-SBJ;{CHILDREN} (NS children;{child}))
                                                              (HVP;_Tn_ have;{have}))
                                                      (PUNC --)
                                                      (PRN (NP (NP-GEN;{CHILDREN} (PRO;_genm_ their;{their}))
                                                               (NS capacities;{capacity})
                                                               (PP (P-ROLE for;{for})
                                                                   (NP (N innovation;{innovation}))))))))))
          (PUNC .))
  (ID 32_a_ted_talk_11))

arc(r_0032_0002__the_r_0032_0003__third_r_0032_0004__part,r_0032_0006__this,r_0032_0005__of).
arc(r_0032_0007__is,r_0032_0002__the_r_0032_0003__third_r_0032_0004__part,arg0).
arc(r_0032_0007__is,r_0032_0010___apos_ve,prd).
arc(r_0032_0010___apos_ve,r_0032_0012__agreed,scope).
arc(r_0032_0012__agreed,r_0032_0009__we,arg0).
arc(r_0032_0012__agreed,r_0032_0011__all,nim).
arc(r_0032_0012__agreed,r_0032_0014__nonetheless,nim).
arc(r_0032_0012__agreed,r_0032_0017__the_r_0032_0020__capacities,r_0032_0016__on__clr).
arc(r_0032_0017__the_r_0032_0020__capacities,r_0032_0019__extraordinary,attrib).
arc(r_0032_0019__extraordinary,r_0032_0018__really,qual).
arc(r_0032_0023__have,r_0032_0017__the_r_0032_0020__capacities,inv_arg1).
arc(r_0032_0023__have,r_0032_0022__children,arg0).
arc(r_0032_0026__capacities,r_0032_0022__children,gen).
arc(r_0032_0026__capacities,r_0032_0028__innovation,r_0032_0027__for).
arc(z_0032_5012,r_0032_0017__the_r_0032_0020__capacities,arg0).
arc(z_0032_5012,r_0032_0026__capacities,prd).

fof(formula,axiom,
    ? [R_0032_0006__THIS,R_0032_0002__THE_R_0032_0003__THIRD_R_0032_0004__PART,R_0032_0009__WE,R_0032_0011__ALL,R_0032_0014__NONETHELESS,R_0032_0018__REALLY,R_0032_0019__EXTRAORDINARY,R_0032_0022__CHILDREN,R_0032_0023__HAVE,R_0032_0017__THE_R_0032_0020__CAPACITIES,R_0032_0010___APOS_VE_R_0032_0012__AGREED,R_0032_0007__IS,R_0032_0028__INNOVATION,R_0032_0026__CAPACITIES,Z_0032_5012] :
      ( r_0032_0006__this(R_0032_0006__THIS)
      & r_0032_0009__we(R_0032_0009__WE)
      & r_0032_0011__all(R_0032_0011__ALL)
      & r_0032_0014__nonetheless(R_0032_0014__NONETHELESS)
      & r_0032_0018__really(R_0032_0018__REALLY)
      & r_0032_0022__children(R_0032_0022__CHILDREN)
      & r_0032_0028__innovation(R_0032_0028__INNOVATION)
      & z_0032_5012(Z_0032_5012)
      & has_prd(Z_0032_5012,R_0032_0026__CAPACITIES)
      & r_0032_0026__capacities(R_0032_0026__CAPACITIES)
      & has_r_0032_0027__for(R_0032_0026__CAPACITIES,R_0032_0028__INNOVATION)
      & has_gen(R_0032_0026__CAPACITIES,R_0032_0022__CHILDREN)
      & has_arg0(Z_0032_5012,R_0032_0017__THE_R_0032_0020__CAPACITIES)
      & r_0032_0017__the_r_0032_0020__capacities(R_0032_0017__THE_R_0032_0020__CAPACITIES)
      & has_inv_arg1(R_0032_0017__THE_R_0032_0020__CAPACITIES,R_0032_0023__HAVE)
      & r_0032_0023__have(R_0032_0023__HAVE)
      & has_arg0(R_0032_0023__HAVE,R_0032_0022__CHILDREN)
      & has_attrib(R_0032_0017__THE_R_0032_0020__CAPACITIES,R_0032_0019__EXTRAORDINARY)
      & r_0032_0019__extraordinary(R_0032_0019__EXTRAORDINARY)
      & has_qual(R_0032_0019__EXTRAORDINARY,R_0032_0018__REALLY)
      & r_0032_0007__is(R_0032_0007__IS)
      & has_prd(R_0032_0007__IS,R_0032_0010___APOS_VE_R_0032_0012__AGREED)
      & r_0032_0010___apos_ve_r_0032_0012__agreed(R_0032_0010___APOS_VE_R_0032_0012__AGREED)
      & has_r_0032_0016__on__clr(R_0032_0010___APOS_VE_R_0032_0012__AGREED,R_0032_0017__THE_R_0032_0020__CAPACITIES)
      & has_nim(R_0032_0010___APOS_VE_R_0032_0012__AGREED,R_0032_0014__NONETHELESS)
      & has_nim(R_0032_0010___APOS_VE_R_0032_0012__AGREED,R_0032_0011__ALL)
      & has_arg0(R_0032_0010___APOS_VE_R_0032_0012__AGREED,R_0032_0009__WE)
      & has_arg0(R_0032_0007__IS,R_0032_0002__THE_R_0032_0003__THIRD_R_0032_0004__PART)
      & r_0032_0002__the_r_0032_0003__third_r_0032_0004__part(R_0032_0002__THE_R_0032_0003__THIRD_R_0032_0004__PART)
      & has_r_0032_0005__of(R_0032_0002__THE_R_0032_0003__THIRD_R_0032_0004__PART,R_0032_0006__THIS) ) ).