Predicate-Internal Subjects, Auxiliaries, Nonfinite Clauses
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Some mid-term policy decisions CAS LX 522 and clarifications Syntax I • Proper names in English as DPs with Ø D. • Full clauses are CPs • Predicate-internal subjects, auxiliaries, nonfinite clauses. Week 8. Control and PRO • EPP holds in nonfinite clauses • Expletives don’t get θ-roles. • ECM, embedded TPs. Proper names Matrix clauses are CPs… • Henceforth, we will consider • We will also consider all matrix proper names in English to be DP clauses to be full CPs. CP DPs with a Ø D head, in order to D′ C′ capture the crosslinguistically • In questions, we need a CP headed common form of proper names D NP C TP Ø by a [+Q] morpheme in C. [–Q] the Bill, as well as to allow for N′ DP T′ the Bill I know, etc. Bill N • In declaratives, we will assume T … Bill that we have a CP headed by a should (null) [–Q] morpheme. Internal subjects … Predicate-internal subjects and auxiliaries DS T′ … • Note that this means that the subject • VP-Internal Subject Hypothesis DS The subject of a verb originates in ′ has to be in the specifier of the main T VP T verb in cases where there are [past] the specifier of VP at DS. V′ T VP auxiliaries. Not in the specifier of the auxiliary verb—it’s the main verb ′ θ V VP • This goes for other subjects of DP V which assigns the -roles. have other predicates, e.g., small clauses V′ DP ′ V … V like I find Bill intolerable. • Also note: This has nothing to do with Bill V AP whether the clause is finite or not—this V DP find eaten has to do with VP (or AP, etc.), not θ DP A′ • All -roles are assigned within the with TP. The subject is always in the lunch predicate’s own XP. Bill A specifier of the predicate. intolerable 1 EPP: Clarification Expletives and θ-roles • The EPP is a constraint on TP, it says that • Let me reiterate, the reason we have expletives at θ SpecTP must be filled. all is because we have a conflict between the - criterion and the EPP. – The EPP requires something in SpecTP. – The θ-criterion says we can only have as many • It is not a property of finite T alone, it is a arguments as there are θ-roles. property of T in general. In particular, the • In it rains, it is not present at DS—it cannot be, SpecTP position of a nonfinite clause must be because it cannot get a θ-role (since there is none filled as well. This will be relevant later today. around for it to get), but is inserted between DS and SS in order to satisfy the EPP. Government Government The radius of The radius of • These three environments government • A Case-assigning head X can government – Sister assign Case to a DP which is – Specifier any of these positions. – Specifier of sister XP XP • …are together sometimes • Case-assignment can only called the positions which DP X′ take place between a Case- DP X′ are governed by the head X. assigner and a DP within the X YP radius of government. X YP DP Y′ DP Y′ Y … Y … … * TP Government Case ′ SS DPi T • Take this to be The Truth. The radius of Bill government • This is how I drew the tj VP tree last time (and in t ′ • Bill wants me to leave. fact how it is drawn in i V the book). V +T CP j ′ • Here the verb want assigns an XP wants C θ Experiencer -role and a Proposition ′ θ DP X • But can this be right? C TP -role, the proposition assigned to [–Q] the embedded clause. T′ X YP DPk 1sg Y′ T VP • Me is getting Case from want, DP • Can want provide to V′ Case for me? t apparently, since it is accusative. Y … k V leave 2 … TP * … Case ′ SS Case SS DPi T Bill TP tj VP • Answer: No. • Instead, it must look ′ DPi T like this, where there is Bill ti V′ no CP containing the tj VP V +T CP embedded clause, just a j ′ • Want wants C bare TP. ti V′ and me are too far apart. C TP Vj+T TP [–Q] • Now, everything is wants T′ T′ DPk fine. DPk • Me is not in the 1sg 1sg T VP T VP government radius of to to want. V′ V′ tk V tk V leave leave CP ECM … SS TP • So when do we have CP and when don’t we? • This configuration, where ′ DPi T • Finite clauses always have a CP (this includes a Case-assigning predicate Bill matrix clauses now too.). provides Case to the tj VP specifier of its sister, is • Nonfinite clauses generally don’t have a CP sometimes called ti V′ unless you can see it (unless there is a Exceptional Case Marking Vj+T TP complementizer or some other evidence of CP). (ECM). wants • The idea was that it’s an T′ – I want for Bill to leave. (CP) DPk unusual configuration for 1sg – I want Bill to leave. (TP) T VP Case (not complement or to – I don’t know what to buy. (CP) specifier of the assigner). V′ tk V leave CP Back to C′ ECM C TP … SS business… [–Q] DS • Note! The textbook TP T′ provides an altogether ′ • Mary is likely to leave. different analysis of how DPi T T VP me gets Case in this Bill • Mary starts in SpecVP, [pres] V′ sentence, under the name tj VP gets a θ-role from leave. V AdjP “object raising”. be Adj′ ti V′ • Problem is, doing it the θ Adj TP way the textbook does Vj+T TP wants likely right now breaks X-bar T′ T′ theory and we don’t want DPk 1sg to do that. So, for now, T T VP VP this is the official way to to to V′ V′ analyze these sentences. t DPi k V Mary V leave θ leave 3 CP CP C′ C′ C TP C TP Recall… [–Q] Recall… [–Q] SS ′ ′ T DPi T Mary • Mary is likely to leave. • Mary is likely to leave. (Note how we Vj+T VP Vj+T VP write multiple ′ ′ • Mary starts in SpecVP, be+[pres] V • Mary starts in SpecVP, be+[pres] V traces) gets a θ-role from leave. gets a θ-role from leave. tj AdjP tj AdjP • Mary moves up to the Adj′ • Mary moves up to the Adj′ embedded SpecTP to θ embedded SpecTP to θ satisfy the EPP. Adj TP satisfy the EPP. Adj TP likely likely • Mary still doesn’t have Case. T′ • Mary still doesn’t have Case. ′ T′ DPi ti Mary • Mary moves up to main T VP T VP to clause SpecTP, satisfying the to ′ EPP and getting Case. ′ ti V ti V V V θ leave θ leave CP C′ C TP Recall… [–Q] SS Reluctance to leave ′ DPi T Mary • This happens because • Now, consider: θ Vj+T VP likely assigns only one - be+[pres] V′ – Mary is reluctant to leave. role, an internal θ-role. tj AdjP Adj′ • This looks very similar to Mary is likely to leave. • Likely does not assign θ Case, and so Mary must Adj TP • Can we draw the same kind of tree for it? likely keep moving, both to ′ T′ ti satisfy the EPP and to get • How many θ-roles does reluctant assign? Case. T VP to ′ ti V V θ leave Reluctance to leave Reluctance to leave • Reluctant has two θ-roles to assign. • In Mary is reluctant to leave, – One to the one feeling the reluctance (Experiencer) – Mary is doing the leaving, gets Agent – One to the proposition about which the reluctance holds from leave. (Proposition) – Mary is showing the reluctance, gets Experiencer from reluctant. • Leave has one θ-role to assign. – To the one doing the leaving (Agent). • And we have a problem: • In Mary is reluctant to leave, what θ-role does Mary get? – Mary appears to be getting two θ- roles, in violation of the θ-criterion. 4 TP TP ′ ′ Reluctance… DPi T SS Reluctance… DPi T SS Mary Mary Vj+T VP Vj+T VP is V′ is V′ • Mary is reluctant to leave. • Mary is reluctant to leave. t t • Reluctant assigns its θ- j AdjP • There must be something j AdjP θ roles within AdjP as ti Adj′ there, getting the -role ti Adj′ required, Mary moves up and satisfying the EPP. θ θ θ θ to SpecTP in the main Adj TP Adj TP clause by SS. reluctant reluctant ′ • But we can’t see it. ′ ? T ? T • But what gets the θ-role T VP • It’s a phonologically T VP from leave, and what to to ′ empty (Ø) DP. We will ′ satisfies the EPP for the ? V call it PRO. ? V θ V θ V embedded clause? leave leave TP TP ′ ′ Reluctance… DPi T SS Reluctance… DPi T SS Mary Mary Vj+T VP • Mary is reluctant Vj+T VP is V′ [PRO to leave]. is V′ • Mary is reluctant to leave. tj AdjP tj AdjP • There must be something • PRO does not get Case. θ there, getting the -role ti Adj′ – *Mary is reluctant Bill to leave. ti Adj′ and satisfying the EPP. θ θ θ θ Adj TP Adj TP reluctant • In fact, PRO cannot get Case. reluctant • But we can’t see it. ′ ′ DPk T – *Mary is reluctant for to leave DPk T PRO – Mary is reluctant for Bill to leave PRO T VP T VP • It’s a phonologically to to empty (Ø) DP.