Dr Reem Yassawi
Senior Lecturer in Mathematical Sciences
Email: r.yassawi@qmul.ac.uk
Room Number: MB-323
Profile
Reem Yassawi is a Senior Lecturer in the School of Mathematical Sciences. Her research is in topological dynamics. Before starting at Queen Mary in October 2022, she held positions at the Open University, the Université de Lyon Claude Bernard 1, France, and Trent University, Canada.
Research
Research Interests:
See Reem Yassawi's research profile pages including details of research interests, publications, and live grants.
Publications
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Kellendonk J, Yassawi R (2024). Corrigendum to “The Ellis semigroup of bijective substitutions” Groups Geometry and Dynamics .
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Yassawi R, Berthé V (2024). Meyer sets, pisot numbers, and self-similarity in symbolic dynamical systems .
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Yassawi R (2023). Torsion-free S-adic shifts and their spectrum Studia Mathematica .
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Yassawi R, Fuhrmann G, Kellendonk J (2023). Tame or Wild Toeplitz Shifts Ergodic Theory and Dynamical Systems .
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Joshi G, Yassawi R (2023). Semicocycle discontinuities for substitutions and reverse-reading automata Indagationes Mathematicae .
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Allouche J-P, Shallit J, Yassawi R (2022). How to prove that a sequence is not automatic Expositiones Mathematicae .
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Kellendonk J, Yassawi R (2021). The Ellis semigroup of bijective substitutions Groups, Geometry, and Dynamics .
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MÜLLNER C, YASSAWI R (2020). Automorphisms of automatic shifts Ergodic Theory and Dynamical Systems .
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Rowland E, Yassawi R (2019). Automaticity and Invariant Measures of Linear Cellular Automata Canadian Journal of Mathematics .
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del Junco A, Yassawi R (2000). Multiple Mixing and Rank One Group Actions Canadian Journal of Mathematics .
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Bezuglyi S, Kwiatkowski J, Yassawi R (2014). Perfect Orderings on Finite Rank Bratteli Diagrams Canadian Journal of Mathematics .
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Baake M, A. G. Roberts J, Yassawi R (2018). Reversing and extended symmetries of shift spaces Discrete and Continuous Dynamical Systems - Series A .
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Fokkink R, Yassawi R (2018). Topological rigidity of linear cellular automaton shifts Indagationes Mathematicae .
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BERTHÉ V, STEINER W, THUSWALDNER JM et al. (2018). Recognizability for sequences of morphisms Ergodic Theory and Dynamical Systems .
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Rowland E, Yassawi R (2017). p -adic asymptotic properties of constant-recursive sequences Indagationes Mathematicae .
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Rowland E, Yassawi R (2016). Profinite automata Advances in Applied Mathematics .
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Janssen J, Quas A, Yassawi R (2016). Bratteli diagrams where random orders are imperfect Proceedings of the American Mathematical Society .
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Bezuglyi S, Yassawi R (2017). Orders that yield homeomorphisms on Bratteli diagrams Dynamical Systems .
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Yassawi R, Quas A, Coven E . Computing automorphism groups of shifts using atypical equivalence classes Discrete Analysis .
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Rowland E, Yassawi R (2015). A characterization of p-automatic sequences as columns of linear cellular automata Advances in Applied Mathematics .
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Faulkner N, Yassawi R (2015). A family of sand automata Theoretical Computer Science .
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Rowland E, Yassawi R (2015). Automatic congruences for diagonals of rational functions Journal de Theorie des Nombres de Bordeaux .
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PIVATO M, YASSAWI R (2010). Embedding Bratteli–Vershik systems in cellular automata Ergodic Theory and Dynamical Systems .
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Coven EM, Yassawi R (2009). Embedding odometers in cellular automata Fundamenta Mathematicae .
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Coven EM, Pivato M, Yassawi R (2006). Prevalence of odometers in cellular automata Proceedings of the American Mathematical Society .
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PIVATO M, YASSAWI R (2006). Asymptotic randomization of sofic shifts by linear cellular automata Ergodic Theory and Dynamical Systems .
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MAASS A, MARTÍNEZ S, PIVATO M et al. (2006). Asymptotic randomization of subgroup shifts by linear cellular automata Ergodic Theory and Dynamical Systems .
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PIVATO M, YASSAWI R (2004). Limit measures for affine cellular automata II Ergodic Theory and Dynamical Systems .
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YASSAWI R (2003). Multiple mixing and local rank group actions Ergodic Theory and Dynamical Systems .
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PIVATO M, YASSAWI R (2002). Limit measures for affine cellular automata Ergodic Theory and Dynamical Systems .