Phil Wilson

Senior LecturerPhillip Wilson

Jack Erskine 702
Internal Phone: 92438

Qualifications & Memberships

Research Interests

Pure mathematicians study patterns in ideas which typically arise from other ideas; I'm not a pure mathematician. Statisticians study patterns in data; I'm not a statistician. Applied mathematicians of type 'E' use mathematical tools to study the world around them; I am not an applied mathematician of type 'E'. Applied mathematicians of type 'M' discover interesting mathematics lurking in the real world around them; I call myself an applied mathematician of type 'M'.

A very general theme in what I like to do is the idea of "seeing differently" as well as "seeing further". For example, treating biological questions mathematically still retains a whiff of heresy, as does thinking seriously about the artistic and aesthetic qualities of mathematical knowledge.

Recent Publications

  • Liz M., Sellier M., Moyers Gonzalez M. and Wilson P. (2020) Bedrock reconstruction from free surface data for unidirectional glacier flow with basal slip. Arxiv.
  • McKubre-Jordens M. and Wilson PL. (2019) Infinity in Computable Probability. Journal of Applied Logics 6(7): 1253-1261.
  • Pancholy PP., Clemens K., Geoghegan P., Jermy M., Moyers-Gonzalez M. and Wilson PL. (2017) Numerical Study of Flow and Pedestrian Level Wind Comfort Inside Uniform and Non-Uniform Street Canyons with Different Street Width to Building Height Aspect Ratios. .
  • Ackerley EJ., Cavan AE., Wilson PL., Berbeco RI. and Meyer J. (2013) Application of a spring-dashpot system to clinical lung tumor motion data. Medical Physics 40(2) 21713: 10.
  • Chang JC., Brennan KC., He D., Huang H., Miura RM., Wilson PL. and Wylie JJ. (2013) A mathematical model of the metabolic and perfusion effects on cortical spreading depression. PLoS ONE 8(8) e70469: 9.