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Department of Applied Mathematics and Theoretical Physics

Dr Amelia Louise Drew

Career

  • 2021-present: Director of Studies in Physics, Homerton College, University of Cambridge
  • 2020-present: Junior Research Fellow, Homerton College, University of Cambridge
  • 2016-2020: PhD, DAMTP, University of Cambridge
  • 2015-16: MSci Physics, Gonville and Caius, University of Cambridge
  • 2012-15: BA Natural Sciences, Gonville and Caius, University of Cambridge

Research

Amelia is a member of the Department of Applied Mathematics and Theoretical Physics Relativity and Gravitation research group.  Her current research interests are axion and gravitational wave signatures from cosmic strings, and neutrino oscillations around black holes. She is a developer of the adaptive mesh numerical relativity code, GRChombo (https://www.grchombo.org/).

Publications

Lessons for adaptive mesh refinement in numerical relativity
M Radia, U Sperhake, A Drew, K Clough, P Figueras, EA Lim, JL Ripley, JC Aurrekoetxea, T França, T Helfer
– Classical and Quantum Gravity
(2022)
39,
135006
(DOI: 10.1088/1361-6382/ac6fa9)
Radiation from Global Topological Strings using Adaptive Mesh Refinement: Methodology and Massless Modes
A Drew, EPS Shellard
– Physical Review D
(2022)
105,
063517
(DOI: 10.1103/PhysRevD.105.063517)
GRChombo: An adaptable numerical relativity code for fundamental physics
T Andrade, LA Salo, JC Aurrekoetxea, J Bamber, K Clough, R Croft, ED Jong, A Drew, A Duran, PG Ferreira, P Figueras, H Finkel, T França, B-X Ge, C Gu, T Helfer, J Jäykkä, C Joana, M Kunesch, K Kornet, EA Lim, F Muia, Z Nazari, M Radia, J Ripley, P Shellard, U Sperhake, D Traykova, S Tunyasuvunakool, Z Wang, JY Widdicombe, K Wong
– Journal of Open Source Software
(2021)
6,
3703
(DOI: 10.21105/joss.03703)
Cosmic String Radiation with Adaptive Mesh Refinement
AL Drew
(2020)
(DOI: 10.17863/CAM.70052)
Training Neural Machine Translation (NMT) Models using Tensor Train Decomposition on TensorFlow (T3F)
A Drew, A Heinecke
(2019)
Black holes, gravitational waves and fundamental physics: A roadmap
L Barack, V Cardoso, S Nissanke, TP Sotiriou, A Askar, K Belczynski, G Bertone, E Bon, D Blas, R Brito, T Bulik, C Burrage, CT Byrnes, C Caprini, M Chernyakova, P Chrusciel, M Colpi, V Ferrari, D Gaggero, J Gair, J Garcia-Bellido, SF Hassan, L Heisenberg, M Hendry, IS Heng, C Herdeiro, T Hinderer, A Horesh, BJ Kavanagh, B Kocsis, M Kramer, AL Tiec, C Mingarelli, G Nardini, G Nelemans, C Palenzuela, P Pani, A Perego, EK Porter, EM Rossi, P Schmidt, A Sesana, U Sperhake, A Stamerra, LC Stein, N Tamanini, TM Tauris, LA Urena-Lopez, F Vincent, M Volonteri, B Wardell, N Wex, K Yagi, T Abdelsalhin, MA Aloy, P Amaro-Seoane, L Annulli, M Arca-Sedda, I Bah, E Barausse, E Barakovic, R Benkel, CL Bennett, L Bernard, S Bernuzzi, CPL Berry, E Berti, M Bezares, JJ Blanco-Pillado, JL Blazquez-Salcedo, M Bonetti, M Boskovic, Z Bosnjak, K Bricman, B Bruegmann, PR Capelo, S Carloni, P Cerda-Duran, C Charmousis, S Chaty, A Clerici, A Coates, M Colleoni, LG Collodel, G Compere, W Cook, I Cordero-Carrion, M Correia, ADL Cruz-Dombriz, VG Czinner, K Destounis, K Dialektopoulos, D Doneva, M Dotti, A Drew, C Eckner, J Edholm, R Emparan, R Erdem, M Ferreira, PG Ferreira, A Finch, JA Font, N Franchini, K Fransen, D Gal'tsov, A Ganguly, D Gerosa, K Glampedakis, A Gomboc, A Goobar, L Gualtieri, E Guendelman, F Haardt, T Harmark, F Hejda, T Hertog, S Hopper, S Husa, N Ihanec, T Ikeda, A Jaodand, PJX Jimenez-Forteza, M Kamionkowski, DE Kaplan, S Kazantzidis, M Kimura, S Kobayashi, K Kokkotas, J Krolik, J Kunz, C Lammerzahl, P Lasky, JPS Lemos, JL Said, S Liberati, J Lopes, R Luna, Y-Z Ma, E Maggio, MM Montero, A Maselli, L Mayer, A Mazumdar, C Messenger, B Menard, M Minamitsuji, CJ Moore, D Mota, S Nampalliwar, A Nerozzi, D Nichols, E Nissimov, M Obergaulinger, NA Obers, R Oliveri, G Pappas, V Pasic, H Peiris, T Petrushevska, D Pollney, G Pratten, N Rakic, I Racz, M Radia, FM Ramazanouglu, A Ramos-Buades, G Raposo, R Rosca-Mead, M Rogatko, D Rosinska, S Rosswog, ER Morales, M Sakellariadou, N Sanchis-Gual, OS Salafia, A Samajdar, A Sintes, M Smole, C Sopuerta, R Souza-Lima, M Stalevski, N Stergioulas, C Stevens, T Tamfal, A Torres-Forne, S Tsygankov, K Unluturk, R Valiante, MVD Meent, J Velhinho, Y Verbin, B Vercnocke, D Vernieri, R Vicente, V Vitagliano, A Weltman, B Whiting, A Williamson, H Witek, A Wojnar, K Yakut, H Yan, S Yazadjiev, G Zaharijas, M Zilhao
– Classical and Quantum Gravity
(2019)
Volume 36,
143001
(DOI: 10.1088/1361-6382/ab0587)
Using computing models from particle physics to investigate dose-toxicity correlations in cancer radiotherapy
A Drew, PJ Elwood, K Harrison, MA Parker, HL Pullen, M Romanchikova, E Silvester, AD Sultana, MPF Sutcliffe, SJ Thomas, PL Yeap
– Journal of Physics Conference Series
(2017)
898,
072048
(DOI: 10.1088/1742-6596/898/7/072048)
Applying physical science techniques and CERN technology to an unsolved problem in radiation treatment for cancer: the multidisciplinary ‘VoxTox’ research programme
NG Burnet, JE Scaife, M Romanchikova, SJ Thomas, AM Bates, E Wong, DJ Noble, LEA Shelley, SJ Bond, JR Forman, ACF Hoole, GC Barnett, FM Brochu, MPD Simmons, R Jena, K Harrison, PL Yeap, A Drew, E Silvester, P Elwood, H Pullen, A Sultana, SYK Seah, MZ Wilson, SG Russell, RJ Benson, YL Rimmer, SJ Jefferies, N Taku, M Gurnell, AS Powlson, C-B Schönlieb, X Cai, MPF Sutcliffe, MA Parker
– CERN IdeaSquare Journal of Experimental Innovation
(2017)
1,
3
(DOI: 10.23726/cij.2017.457)
Accuracy of manual and automated rectal contours using helical tomotherapy image guidance scans during prostate radiotherapy.
JE Scaife, K Harrison, A Drew, X Cai, J Lee, C-B Schonlieb, M Sutcliffe, MA Parker, S Freeman, M Romanchikova, S Thomas, R Jena, A Bates, N Burnet
– Journal of Clinical Oncology
(2015)
33,
94
(DOI: 10.1200/jco.2015.33.7_suppl.94)

Research Group

Relativity and Gravitation

Email

ad652@damtp.cam.ac.uk

Room

BL.02

Study at Cambridge

About the University

Research at Cambridge