I have studied the structural placement of focus particles, in particular sentential ‘only’ words in Mandarin Chinese and Vietnamese. I observe that in languages that allow sentential focus particles at different attachment heights on the clausal spine, there is a generalization that a focus particle must be as low as possible while c-commanding its associate, within a given phase. Jacobs (1983) and Büring & Hartmann (2001) describe the distribution of German focus adverbs in similar terms, but its cross-linguistic generality has not been explored and the nature of this “as low as possible” description has not been adequately studied. The sensitivity of this behavior to phase boundaries forms a new argument for the theory of phase-based, cyclic structure-building.
“Mandarin exhaustive focus shì and the syntax of discourse congruence.”
Particles in German, English, and beyond.
“Vietnamese focus particles and derivation by phase.”
Journal of East Asian Linguistics 26:4, pages 325–349.
“Focus and minimality.”
Presented at Macquarie University.
“In defense of Closeness: focus-sensitive adverb placement in Vietnamese and Mandarin Chinese.”
Manuscript, McGill University.
“Minimality and focus-sensitive adverb placement.”
Proceedings of NELS 45, pages 193–202.
“Focus adverbs at the vP and higher edges.”
Presented (most recently) at the University of Washington.
The semantics of focus particles requires that they take their associating focus in their scope — a conclusion reinforced by the findings of my dissertation. And yet, there are apparent exceptions to this generalization. A particularly challenging class of such exceptions is where the focus particle is contained within its logical focus associate, a configuration which Kenyon Branan and I call anti-pied-piping. We have identified instances of anti-pied-piping in over 50 different languages from over 30 different genera, and show that anti-pied-piping affects both focus particle placement and focus movement and cannot be the result of a purely post-syntactic operation. We propose a theory of focus particles as late adjoined during cyclic Spell-Out — and focus movement parasitic on particle placement, following Cable’s Q theory — which unifies anti-pied-piping with better-studied pied-piping behavior.
Branan and Erlewine, 2020.
Manuscript, National University of Singapore.