Path Signatures Enable Model-Free Mapping of RNA Modifications
Lemercier, M
Arrubarrena, P
Di Giorgio, S
Brettschneider, J
Cass, T
Vries, I
Papavasiliou, A
Ruggieri, A
Tellioglu, I
Wu, C
Papavasiliou, F
Lyons, T
(12 Nov 2025)
Conceptual study on using Doppler backscattering to measure magnetic pitch angle in tokamak plasmas
Yeoh, A
Hall-Chen, V
Pratt, Q
Victor, B
Damba, J
Rhodes, T
Crocker, N
Fong, K
Hillesheim, J
Parra, F
Ruiz Ruiz, J
Nuclear Fusion
volume 66
issue 1
(09 Dec 2025)
Kira Patel, now a 4th year mathematics undergraduate, won the prize for the best Engineering and Physical Sciences Research Council (EPSRC) Vacation Internships poster at the EPSRC Poster Event on November 6th. Kira's poster title was 'A viscous catenary in glass tube manufacture'. She was supervised by Peter Howell.
Image: Bertha Morisot - The Cheval Glass
Spatial Profiling of Human Diffuse Cutaneous Leishmaniasis Lesions Reveals Immunosuppressive Microenvironments that Coincide with Parasite Localisation
Lopes, P
Fantecelle, C
Barboza, B
Freire-de-Lima, C
Decote-Ricardo, D
Leonel de Matos Guedes, H
da Fonseca-Martins, A
Carvalho, L
Boaventura, V
Mosser, D
Falqueto, A
Lemos de Almeida, M
Coles, M
Akbar, A
Borges, V
Covre, L
Oliveira Gomes, D
Journal of Investigative Dermatology
(27 Nov 2025)
Preconditioners for Two-Phase Incompressible Navier-Stokes Flow
Bootland, N
Bentley, A
Kees, C
Wathen, A
(24 Oct 2017)
Multipreconditioning with application to two-phase incompressible Navier-Stokes flow
Bootland, N
Wathen, A
(15 May 2020)
Applications of AAA rational approximation
Nakatsukasa, Y
Trefethen, L
(17 Oct 2025)
Applications of AAA rational approximation
Nakatsukasa, Y
Trefethen, L
Acta Numerica
Mon, 26 Jan 2026
17:00 -
18:00
L1
Enhancing Wind Energy Using Unsteady Fluid Mechanics
Prof. John Dabiri
(California Institute of Technology, USA)
Further Information
For more information, please visit: The Brooke Benjamin Lecture in Fluid Mechanics | Mathematical Institute
Abstract
This talk will describe recent studies of how time-dependent, unsteady flow physics can be exploited to improve the performance of energy harvesting systems such as wind turbines. A theoretical analysis will revisit the seminal Betz derivation to identify the role of unsteady flow from first principles. Following will be a discussion of an experimental campaign to test the predictions of the theoretical model. Finally, a new line of research related to turbulence transition and inspired by the work of T. Brooke Benjamin will be introduced.