Global Utilities

La Trobe University
Department of Mathematics and Statistics

Staff profile

Dr Marcel Jackson

Senior Lecturer

School of Engineering and Mathematical Sciences

Room 317 / Physical Sciences 2

Qualifications

  • BSc, PhD(Tasmania).

Teaching areas

  • Discrete Mathematics and algebra at first and third year.

  • Probability for engineers at first year.

  • The mathematics of computational complexity at fourth year.

Supervision

  • Present PhD Students:
    Nadia Dhamri “Dualisability of finite semigroups” (co-supervised with Brian Davey).

  • Recent PhD completions:
    Belinda Trotta “Axiomatisability of topological prevarieties” (co-supervised with Brian Davey).
  • Recent Honours Students:
    2007 Grant Harvey “Geometric Model Theory”.

Professional involvement

  • I am an associate editor for Semigroup Forum, Algebra Universalis and for the Journal of the Australian Mathematical Society.

  • I am treasurer of the Victorian Algebra Group.  The group organises the annual Victorian Algebra Conference, which is now in its 26th year.

Research interests

  • My research interests centre on semigroups, general (= universal) algebra, their interactions and their application in computer science.  Areas of particular interest are: problems of computational complexity for finite algebras and semigroups; problems concerning finite axiomatisability; algebras of functions/relations and their application.

Recent publications and presentations

  • M. Jackson and T. Stokes, Semigroups with if-then-else and halting programs, Internat. J. Algebra Comput. 19 (2009), 937–961.
  • M. Jackson and M. Volkov, Undecidable problems for completely 0-simple semigroups, J. Pure Appl. Algebra 213 (2009), 1961–1978.
  • M. Jackson and M. Volkov, Relatively inherently nonfinitely q-based finite semigroups, Trans. Amer. Math. Soc. 361 (2009), 2181–2206.
  • D. M. Clark, B. A. Davey, M. Jackson and J. G. Pitkethly, The axiomatizability of topological prevarieties, Adv. Math. 218 (2008), 1604–1653.
  • M. Jackson, Flat algebras and the translation of universal Horn logic into equational logic, J. Symb. Logic 73 (2008), 90–128.

 

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