A new study uncovers a surprising connection between sliding droplets and migrating groups of cells. By combining live 3D imaging with mathematical modelling, scientists have revealed how cell collectives organise themselves in space and time, which depends on the cell collectives behaving like fluids.
Ladders and rainbows in the minimal subtraction scheme
Balduf, P
Physical Review D
volume 111
issue 11
(11 Jun 2025)
Nuclear C*-algebras: 99 problems
Schafhauser, C
Tikuisis, A
White, S
(12 Jun 2025)
http://arxiv.org/abs/2506.10902v1
Pro-p Galois groups of rank ≤ 4
Koenigsmann, J
manuscripta mathematica
volume 95
issue 2
251-271
(01 Feb 1998)
Asymptotic solutions on the circumferential wrinkling of growing tubular tissues
Jin, L
Liu, Y
Cai, Z
International Journal of Engineering Science
volume 128
31-43
(Jul 2018)
Surface instabilities in graded tubular tissues induced by volumetric growth
Liu, Y
Zhang, Z
Devillanova, G
Cai, Z
International Journal of Non-Linear Mechanics
volume 127
103612-103612
(Dec 2020)
Macroscopic and microscopic mechanical behaviors of climbing tendrils
Guo, Q
Dong, J
Liu, Y
Xu, X
Qin, Q
Wang, J
Acta Mechanica Sinica
volume 35
issue 3
702-710
(28 Jun 2019)
Localized necking and bulging of finitely deformed residually stressed solid cylinder
Liu, Y
Dorfmann, L
Mathematics and Mechanics of Solids
volume 29
issue 6
1153-1175
(13 Jun 2024)
Nonlinear oscillations of a one-dimensional dielectric elastomer generator system
Zhang, Z
Li, J
Liu, Y
Xie, Y
Extreme Mechanics Letters
volume 53
101718-101718
(May 2022)