Andrew and Oberwolfach's Boy surface

So... born during a blizzard on a Monday in 1982...


.....I'm Andrew Wilson ----->

NewsGo Top

[Jan 2013] Enjoying my new post of University Teacher in Mathematics at the University of Glasgow. Students of 1S Calculus can find the lecture slides here, they follow very closely the notes on moodle.

[Dec 2012] Enrolled on the Coursera Heterogeneous Parallel Programming course, looking forward to having fun learning to program GPUs over the winter hoilidays.

[Nov 2012] Discovered Project Euler and started having a crack at the problems there to hone my programming skills. There are over four-hundred problems to get your teeth into, each designed to be solved by a computer in under a minute leaving the emphasis on writing a slick algorithm.

[May 2011] Back in the UK now, searching for new projects and anticipating exciting new challenges. Those looking to get in contact can reach me at andrew{at}ajwilson{dot}co{dot}uk and find my CV here.

[Jan 2011] Currently, I am visiting the University of Sydney working on a del Pezzo package for Magma with Martin Bright, Gavin Brown and Steve Donnelly. Hopefully, this will eventually dovetail with some code of Gavin and Martin's that calculates Riemman-Roch spaces. This will allow us to calculate the 'worst' (G-invariant) divisors in the pluri-anti-canonical linear systems --- i.e. a calculator for lct_m(X,G), where G is a finite group acting bi-regularly on a (possibly du Val) del Pezzo X.

[Sep 2010] Recently, I have completed my PhD (abstract) under Dr Professor Ivan Cheltsov at the University of Edinburgh. In my thesis I calculate global log canonical thresholds on smooth del Pezzo G-surfaces (where G is a finite group acting bi-regularly the surface such that the invariant Picard rank is one), finding that lct=lct_m for m=1,2 or 4; that is, that the global log canonical threshold is realised by a G-invariant divisor in the first, second or fourth anti-canonical linear system. I use these to classify the G-surfaces into G-exceptional and G-weakly-exceptional. There are applications of these results to the existence of Kähler-Einstein metrics, convergence of the Kähler-Ricci itteration and to certain conjugacy questions in higher rank Cremona groups.

Mathematics

Below are some of my mathematical writings, with varying levels of accuracy...any mistakes / comments can be emailed to me at andrew{at}ajwilson{dot}co{dot}uk.

Miscellaneous

EducationGo Top

  • [2010 - 2011] PGCert in University Teaching (In Progress), University of Edinburgh
  • [2006 - 2010] PhD supervised by Ivan Cheltsov "Smooth Exceptional del Pezzo Surfaces", University of Edinburgh
  • [2002 - 2005] MSci in Mathematics, University of Glasgow (2.1 degree classification)
  • [1999 - 2002] Electronic & Elec. Engineering, University of Glasgow
  • [1997 - 1999] Highers: McLaren High School, Callander (ABAAA : Chemistry, English, Mathematics, Music, Physics)

Received Awards

EventsGo Top

Conferences / Workshops

Talks

  • [20th May 2013] TBA, Geometry and Topology Seminar, University of Glasgow
  • [24th April 2013] Conjugacy in Higher Rank Cremona Groups, Algebra Seminar, University of Glasgow
  • [10th Feb 2011] Computing invariant global log canonical thresholds in Magma, Computational Algebra Seminar, University of Sydney
  • [1st Dec 2010] Computing log canonical thresholds and applications, Geometry Club, University of Edinburgh
  • [21st Jun 2010] Alpha-invariant of Tian and exceptional quotient singularities, University of Edinburgh
  • [15th Mar 2010] Alpha-invariant of Tian and subgroups of Cremona groups, University of Edinburgh
  • [1st Apr 2009] Smooth exceptional del Pezzo surfaces, POSTECH, Pohang, South Korea
  • [17th Jan 2008] Group-invariant log canonical thresholds, POSTECH, Pohang, South Korea
  • [28th Sept 2007] Log canonical thresholds, Geometry Club, University of Edinburgh
  • [30th Sept 2006] Birational maps and blowing things up, Geometry Club, University of Edinburgh
  • [23rd Nov 2006] Be Rational! - Some rationality criterion for varieties, PG Colloquium, University of Edinburgh
  • [22nd Nov 2006] Castelnuovo's Rationality Criterion, Complex algebraic surfaces guest lecture, University of Edinburgh
  • [5th Dec 2006] The Lüroth Problem, First Year PhD Talk, University of Edinburgh

TeachingGo Top

Current teaching

  • [Semester 2 2012/13] University Teacher in Mathematics, University of Glasgow

Past teaching

  • [2009 - 2010] Course Lecturer, University of Edinburgh
    • [Semester 1 2010/11] Af0: Applicable Maths 0 (foundation)
    • [Semester 1 2010/11] AM/MM1: Mathematics for 1st and 2nd year music technology students
    • [Semester 1 2009/10] Af0: Applicable Maths 0 (foundation)
  • [Jun - Jul 2009 & 2010] Lothians Equal Access Programme for Schools (LEAPS) Tutor, University of Edinburgh
  • [2006 - 2012] Undergraduate Tutor, University of Edinburgh
    • [Semester 1 2012/13] MSE1a: Mathematics for 1st year Informatics Students
    • [Semester 1 2012/13] MSE2a: Mathematics for 2nd Year Informatics Students
    • [Semester 1 2012/13] Honours 2: Several Variable Calculus and Differential Equations
    • [Semester 1 2012/13] Honours 3: Motion and Flow
    • [Semester 2 2011/12] MSE1b: Maths for Science and Engineering
    • [Semester 2 2011/12] Honours 3: 1-to-1 tutorial for a student with special requirements
    • [Semester 2 2011/12] PPS: Proof and Problem Solving
    • [Semester 2 2011/12] AlG: Algebric Geometry
    • [Semester 2 2011/12] Mi4: Mathematics for informatics students
    • [Semester 1 2010/11] MSS: Mathematical Study Skills
    • [Semester 1 2010/11] Honours 2: Foundations of Calculus / Several Variable Calculus
    • [Semester 2 2009/10] Mathsbase: Drop-in Tutorial
    • [Semester 2 2009/10] Mi4: Mathematics for informatics students
    • [Semester 2 2009/10] Honours 1: Geometry & Convergence / Group Theory
    • [Semester 1 2009/10] AM3/MM3: Mathematics for 2nd year engineers
    • [Semester 1 2009/10] Mathsbase: Drop-in Tutorial
    • [Semester 1 2009/10] Mi1: Mathematics for informatics students
    • [Semester 1 2009/10] Mi3: Mathematics for informatics students
    • [Semester 1 2009/10] MSS: Mathematical Study Skills
    • [Semester 2 2008/09] Mathsbase (during exam time)
    • [Semester 2 2008/09] Honours 2: Geometry & Calculus of Variations / Linear Algebra
    • [Semester 2 2008/09] Mi2: Mathematics for 1st year informatics students
    • [Semester 2 2008/09] Mathematical Communication and Computation Skills - Maple tutor
    • [Semester 1 2008/09] Honours 2: Several variable calculus / Foundations of calculus
    • [Semester 1 2008/09] Mi1: Mathematics for 1st year informatics students
    • [Semester 1 2007/08] AM3 / MM3: Mathematics for 2nd year engineers
    • [Semester 1 2007/08] AM1 / MM1: Mathematics for 1st year engineers
    • [Semester 2 2006/07] AM2 / MM2: Mathematics for 1st year engineers
    • [Semester 1 2006/07] AM3 / MM3: Mathematics for 2nd year engineers
    • [Semester 1 2006/07] Mathsbase: Drop-in tutorial
    • [Semester 2 2005/06] Honours 1: Geometry & Convergence / Group Theory
    • [Semester 2 2005/06] Mathsbase: Drop-in tutorial
  • [2006 - 2012] Private Tutor, Self-employed
  • [10th - 14th Apr 2007] Demonstrator, Edinburgh Science Festival
  • [Autumn 2004] Master-Class Tutor, Royal Institution of Great Britain
  • [2002 - 2006] Open-Day Student Assistant, University of Glasgow

ContactGo Top

E: andrew{at}ajwilson{dot}co{dot}uk

Recent copy of my CV: andrew_wilson-cv.pdf.

A J Wilson.co.ukSchool of Mathematics and Statistics, University of Glasgow