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1. Misspoken words affect the perception and retrieval of intended words

   https://doi.org/10.1080/23273798.2020.1802052  

   Karimi, Hossein; Diaz, Michele; Ferreira, Fernanda (February 2021, Language, Cognition and Neuroscience)

   null (Ed.)
2. Acoustic phonetic properties of p-words and g-words in Sora

   Horo, Luje; Anderson, Gregory_D_S; Singha, Aman; Sonowal, Ria_Borah; Gomango, Opino (April 2023, University of Konstanz (F)ASAL)

   Prosodic properties of phonological and grammatical words in Soea 

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3. Acoustic phonetic properties of p-words and g-words in Sora

   Horo, Luke; Anderson, Gregory_D_S; Singha, Aman_Kumar; Sonowal, Ria_Borah; Gomango, Opino (May 2023, University of Konstanz (F)ASAL)

   Details of a study mapping prosodic features onto grammatical words in Sora. 

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4. Promotion of Kreweras words

   https://doi.org/10.1007/s00029-021-00714-6  

   Hopkins, Sam; Rubey, Martin (February 2022, Selecta Mathematica)

   Abstract Kreweras words are words consisting of n $$\mathrm {A}$$ A ’s, n $$\mathrm {B}$$ B ’s, and n $$\mathrm {C}$$ C ’s in which every prefix has at least as many $$\mathrm {A}$$ A ’s as $$\mathrm {B}$$ B ’s and at least as many $$\mathrm {A}$$ A ’s as  $$\mathrm {C}$$ C ’s. Equivalently, a Kreweras word is a linear extension of the poset $$\mathsf{V}\times [n]$$ V × [ n ] . Kreweras words were introduced in 1965 by Kreweras, who gave a remarkable product formula for their enumeration. Subsequently they became a fundamental example in the theory of lattice walks in the quarter plane. We study Schützenberger’s promotion operator on the set of Kreweras words. In particular, we show that 3 n applications of promotion on a Kreweras word merely swaps the $$\mathrm {B}$$ B ’s and $$\mathrm {C}$$ C ’s. Doing so, we provide the first answer to a question of Stanley from 2009, asking for posets with ‘good’ behavior under promotion, other than the four families of shapes classified by Haiman in 1992. We also uncover a strikingly simple description of Kreweras words in terms of Kuperberg’s $$\mathfrak {sl}_3$$ sl 3 -webs, and Postnikov’s trip permutation associated with any plabic graph. In this description, Schützenberger’s promotion corresponds to rotation of the web. 

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5. From Curves to Words

   Chang, Hsien-Chih; Fasy, Brittany Terese; McCoy, Bradley; Millman, David L.; Wenk, Carola (June 2023, Young Researcher's Forum at CG Week)

   Blank, in his Ph.D. thesis on determining whether a planar closed curve $$\gamma$$ is self-overlapping, constructed a combinatorial word geometrically over the faces of $$\gamma$$ by drawing cuts from each face to a point at infinity and tracing their intersection points with $$\gamma$$. Independently, Nie, in an unpublished manuscript, gave an algorithm to determine the minimum area swept out by any homotopy from a closed curve $$\gamma$$ to a point. Nie constructed a combinatorial word algebraically over the faces of $$\gamma$$ inspired by ideas from geometric group theory, followed by dynamic programming over the subwords. In this paper, we examine the definitions of the two words and prove the equivalence between Blank's word and Nie's word under the right assumptions. 

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