Historically, buckling has been regarded as a route to failure and structural collapse, and its study has been driven by the need to prevent its catastrophic consequences. However, in recent years, a novel perspective has emerged. The control of buckling, and mechanical instabilities more broadly, has potential to actuate new functionalities in engineered structures. This paradigm shift has also led to the identification of buckling as a means to render functionality in natural systems.
The critical length for growing a droplet
Balister, P
Bollobás, B
Morris, R
Smith, P
Memoirs of the American Mathematical Society
volume 310
issue 1571
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The structure of sets with cube‐avoiding sumsets
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Keevash, P
Mathematika
volume 71
issue 4
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The wavefront set: bounds for the Langlands parameter
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Kim, J
Mathematische Annalen
(09 Sep 2025)
Control of McKean-Vlasov SDEs with contagion through killing at a state dependent intensity
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Annals of Applied Probability
Matrix perturbation analysis of methods for extracting singular values from approximate singular subspaces
Lazzarino, L
Al Daas, H
Nakatsukasa, Y
SIAM Journal on Matrix Analysis and Applications
Matrix perturbation analysis of methods for extracting singular values from approximate singular subspaces
Nakatsukasa, Y
SIAM Journal on Matrix Analysis and Applications
On the conjecture of Birch and Swinnerton-Dyer
Coates, J
Wiles, A
Inventiones Mathematicae
volume 39
issue 3
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Modular curves and the class group of Q(ςp)
Wiles, A
Inventiones Mathematicae
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