Relational persistent homology for multispecies data with application to the tumor microenvironment
 Stolz, B Dhesi, J Bull, J Harrington, H Byrne, H Yoon, I (11 Aug 2023) doi:10.48550/arxiv.2308.06205
Relational persistent homology for multispecies data with application to the tumor microenvironment
 Stolz, B Dhesi, J Bull, J Harrington, H Byrne, H Yoon, I (11 Aug 2023) doi:10.48550/arxiv.2308.06205
Relational persistent homology for multispecies data with application to the tumor microenvironment
 Stolz, B Dhesi, J Bull, J Harrington, H Byrne, H Yoon, I (11 Aug 2023) doi:10.48550/arxiv.2308.06205
Pure pairs. IX. Transversal trees
 Scott, A Seymour, P Spirkl, S SIAM Journal on Discrete Mathematics volume 38 issue 1 645-667 (02 Feb 2024) doi:10.1137/21M1456509
Two conjectures on the Stokes complex in three dimensions on Freudenthal meshes
 Farrell, P Mitchell, L Scott, R SIAM Journal on Scientific Computing volume 46 issue 2 A629-A644 (05 Mar 2024) doi:10.1137/22M1533943
Harmonic functions and gravity localization
 De Luca, B De Ponti, N Mondino, A Tomasiello, A Journal of High Energy Physics volume 2023 (20 Sep 2023) doi:10.1007/JHEP09(2023)127
A mathematical modelling study of chemotactic dynamics in cell cultures: the impact of spatio-temporal heterogeneity
 Ayensa-Jiménez, J Doweidar, M Doblaré, M Gaffney, E Bulletin of Mathematical Biology volume 85 issue 10 (08 Sep 2023) doi:10.1007/s11538-023-01194-9
Key Questions for Modelling COVID-19 Exit Strategies
 Thompson, R Hollingsworth, T Isham, V Arribas-Bel, D Ashby, B Britton, T Challoner, P Chappell, L Clapham, H Cunniffe, N Dawid, A Donnelly, C Eggo, R Funk, S Gilbert, N Gog, J Glendinning, P Hart, W Heesterbeek, H House, T Keeling, M Kiss, I Kretzschmar, M Lloyd, A McBryde, E McCaw, J Miller, J McKinley, T Morris, M ONeill, P Pearson, C Parag, K Pellis, L Pulliam, J Ross, J Tildesley, M Tomba, G Silverman, B Struchiner, C Trapman, P Webb, C Mollison, D Restif, O (21 Jun 2020) doi:10.48550/arxiv.2006.13012
Key Questions for Modelling COVID-19 Exit Strategies
 Thompson, R Hollingsworth, T Isham, V Arribas-Bel, D Ashby, B Britton, T Challoner, P Chappell, L Clapham, H Cunniffe, N Dawid, A Donnelly, C Eggo, R Funk, S Gilbert, N Gog, J Glendinning, P Hart, W Heesterbeek, H House, T Keeling, M Kiss, I Kretzschmar, M Lloyd, A McBryde, E McCaw, J Miller, J McKinley, T Morris, M ONeill, P Pearson, C Parag, K Pellis, L Pulliam, J Ross, J Tildesley, M Tomba, G Silverman, B Struchiner, C Trapman, P Webb, C Mollison, D Restif, O (21 Jun 2020) doi:10.48550/arxiv.2006.13012
Key Questions for Modelling COVID-19 Exit Strategies
 Thompson, R Hollingsworth, T Isham, V Arribas-Bel, D Ashby, B Britton, T Challoner, P Chappell, L Clapham, H Cunniffe, N Dawid, A Donnelly, C Eggo, R Funk, S Gilbert, N Gog, J Glendinning, P Hart, W Heesterbeek, H House, T Keeling, M Kiss, I Kretzschmar, M Lloyd, A McBryde, E McCaw, J Miller, J McKinley, T Morris, M ONeill, P Pearson, C Parag, K Pellis, L Pulliam, J Ross, J Tildesley, M Tomba, G Silverman, B Struchiner, C Trapman, P Webb, C Mollison, D Restif, O (21 Jun 2020) doi:10.48550/arxiv.2006.13012
Subscribe to