56_a_history_of_qed
Going back to the 1970s, QED had other offspring.
arc(r_0056_0001__Going, r_0056_0002__back, clr6).
arc(r_0056_0001__Going, z_000_56_a_history_of_qed_3, arg0).
arc(r_0056_0002__back, r_0056_0004__the_r_0056_0005__1970s, r_0056_0003__to).
arc(r_0056_0008__had, r_0056_0007__QED, arg0).
arc(r_0056_0008__had, r_0056_0010__offspring, arg1).
arc(r_0056_0010__offspring, r_0056_0009__other, attrib25).
arc(z_000_56_a_history_of_qed_2, r_0056_0001__Going, restriction).
arc(z_000_56_a_history_of_qed_2, r_0056_0008__had, scope).
fof(formula,axiom,
? [R_0056_0004__THE_R_0056_0005__1970S,R_0056_0002__BACK,Z_000_56_A_HISTORY_OF_QED_3,R_0056_0001__GOING,R_0056_0007__QED,R_0056_0009__OTHER,R_0056_0010__OFFSPRING,R_0056_0008__HAD,Z_000_56_A_HISTORY_OF_QED_2] :
( r_0056_0004__the_r_0056_0005__1970s(R_0056_0004__THE_R_0056_0005__1970S)
& r_0056_0007__QED(R_0056_0007__QED)
& r_0056_0009__other(R_0056_0009__OTHER)
& z_000_56_a_history_of_qed_3(Z_000_56_A_HISTORY_OF_QED_3)
& z_000_56_a_history_of_qed_2(Z_000_56_A_HISTORY_OF_QED_2)
& has_conj2(Z_000_56_A_HISTORY_OF_QED_2,R_0056_0008__HAD)
& r_0056_0008__had(R_0056_0008__HAD)
& has_arg1(R_0056_0008__HAD,R_0056_0010__OFFSPRING)
& r_0056_0010__offspring(R_0056_0010__OFFSPRING)
& has_attrib25(R_0056_0010__OFFSPRING,R_0056_0009__OTHER)
& has_arg0(R_0056_0008__HAD,R_0056_0007__QED)
& has_conj1(Z_000_56_A_HISTORY_OF_QED_2,R_0056_0001__GOING)
& r_0056_0001__Going(R_0056_0001__GOING)
& has_arg0(R_0056_0001__GOING,Z_000_56_A_HISTORY_OF_QED_3)
& has_clr6(R_0056_0001__GOING,R_0056_0002__BACK)
& r_0056_0002__back(R_0056_0002__BACK)
& has_r_0056_0003__to(R_0056_0002__BACK,R_0056_0004__THE_R_0056_0005__1970S) ) ).
( (IP-MAT (PP-SCON (IP-PPL3 (VAG;_Ip_ Going;{go[back]})
(ADVP-CLR (RP back;{back})
(PP (P-ROLE to;{to})
(NP (D the;{the})
(NPRS 1970s))))))
(PUNC ,)
(NP-SBJ (NPR QED;{QED}))
(HVD;_Tn_ had;{have})
(NP-OB1 (ADJP (ADJ other;{other}))
(N offspring;{offspring}))
(PUNC .))
(ID 56_a_history_of_qed))