Undergraduate projects for 2018-2019

Although we are are at the start of the exam period for the 2017-2018 academic  year, we are starting to plan the teaching activities for the 2018-2019 year. As with many degrees, the students have the option to do a project in the final year of their degree.  The project allows the student to do research in a project of their choice, which is supervised by a staff member. The system has changed this year, so that the project is worth 40 credits and lasts the entire year.

Students select their topic and supervisor and they start to do background reading in the topic over the summer.  The topics the students will be working on next year are below, with the staff member supervising the project.

Supervisor                           Working Title

  • Nathan Broomhead,  Reflection groups and root systems
  • Tom Heinzl,  Relativistic Charge Dynamics in Electromagnetic Fields
  • Matthew Craven,  Computational Hardness of Base Problems in Cryptography
  • Vincent Drach, The Path Integral Formalism
  • Gosia Wojtys, Investigation of ONS Personal Well-being Data Using Data Visualisation and Data Mining Techniques
  • Daniel Robertz, An investigation into sets of primes with a common difference and consecutive primes in arithmetic progression
  • Matthew Craven, Assessing the security of cryptographic primitives for infinite groups
  • Gosia Wojtys, How Risk Theory is used within the Actuarial Profession
  • Alesandro Cardinali, Statistical techniques for Financial Asset Management
  • Nathan Broomhead, Cardinal and Ordinal Numbers

Talk at Environmental Forces meeting.

Raphael Stuhlmeier has been invited to give a talk at the 113th meeting of the Society for Underwater Technology’s meeting on Environmental Forces, on May 24th at St. Peter’s College, Oxford. Raphael will be presenting recent research on “Stability and evolution of non-homogeneous ocean surface waves”, more details of which can be found in the January issue on “Nonlinear water waves” of Phil. Trans. Roy. Soc. A

Talk on Trust in Numbers

Prof Sir David Spiegelhalter FRS, OBE gave a talk on Trust in Numbers to the SW RSS local group on the 25th of April. He stressed the importance of statisticians in helping people form critical thinking and that organisations should seek to be trustworthy rather than aimed to be trusted. The photo shows the Secretary of the local group, Dr Yinghui Wei, with David on Plymouth Hoe.

New award of computer time on Dirac supercomputer

Dr. Vincent Drach from the Centre for Mathematical Sciences at Plymouth University has been awarded 830 000 CPUhs from Dirac (a distributed supercomputer in the UK)  for a project with the title:  Signature of compositeness at the LHC. The aim is to study the resonance properties of the vector state in the theory, because this will provide useful information in the search for this theoretical particle at the LHC.

Public lecture on statistics

Next week the RSS South West Local Group have organized a public lecture on statistics. The details are below:

Speaker: Professor Sir David Spiegelhalter, President of the Royal Statistical Society

Title:       “Trust in Numbers”

https://www.plymouth.ac.uk/whats-on/trust-in-numbers

 Date:     Wednesday 25 April 2018

Time:     5pm

Venue:   Lecture Theatre 2, Roland Levinsky Building, University of Plymouth, PL4 8AA

 

New paper on visualisation of algorithm parametrisations.

Dr Matthew Craven has published a collaborative work on the visualisation of algorithm parametrisations. The algorithms are of several different widely-used types and are used on OR/Mathematical benchmark problems and water network design in the water industry. The paper was presented by collaborator, Dr David Walker from the University of Exeter, yesterday at the EvoIndustry conference in Parma, Italy, and feeds in to a journal paper currently being written for imminent submission.

The work is available here:

https://link.springer.com/chapter/10.1007/978-3-319-77538-8_38

Complex Analytic Geometry

Dr. Marina Logares   is presenting her research at the Discussion Meeting on “Complex Analytic Geometry (CAG)” March 26 – 30, 2018 Tata Institute of Fundamental Research, Mumbai, India.

Complex analytic geometry is a very broad area of mathematics straddling differential geometry, algebraic geometry and analysis. Much of the interactions between mathematics and theoretical physics, especially string theory, channels through complex analytic  geometry.