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Wednesday 30th October 2019

Isaac Newton Institute

United Kingdom


Complex analysis is a branch of mathematics that studies analytical properties of functions of complex variables. It lies on the intersection of several areas of mathematics, both pure and applied, and has important connections to asymptotic, harmonic and numerical analysis. Techniques based on complex variables are very powerful, with a large number of applications to the solution of physical problems.
The discipline covers a wide range of different techniques including solution methods to free-boundary problems such as Hele-Shaw and Stokes flow, conformal mappings, Fourier and other transform methods and Riemann-Hilbert problems. In practice many problems that may be difficult to solve in the real domain can be more easily solved when transformed into complex variables due to a number of special properties of the complex domain.
Importantly, there has been a surge of activity in the advancement of complex analysis methods in recent years, driven by applications in engineering, biology and medicine. The application of these methods to real world problems include propagation of acoustic waves relevant for the design of jet engines, development of boundary-integral techniques useful for solution of many problems arising in solid and fluid mechanics as well as conformal geometry in imaging, shape analysis and computer vision.
This knowledge exchange day is part of a four month research programme at the Isaac Newton Institute on Complex Analysis: techniques applications and computations. It forms day three of the week long workshop Complex analysis in mathematical physics and applications. The research programme brings together researchers from mathematics, physics and engineering communities, whose research shares a common theme of using complex analysis to attack real-world problems.

Aims and Objectives

This knowledge exchange event will showcase the state of the art application of complex analysis methods to solve industrial driven problems, as well as where mathematical advances in this area are most needed. Another key aim is to identify techniques most commonly used by end-users and where further improvements would be most beneficial. This will help focus the areas of investigation undertaken in the remainder of the research programme.
The programme for the day reflects the breadth of application areas where complex analysis methods are important and will include talks representing both academic research and end-user perspectives from a range of different industrial areas. These will also highlight recent how complex analysis methods have the potential to tackle challenging problems in a number of areas including understanding of aeroacoustics, medical imaging methods, tissue engineering approaches and radar signal processing. Furthermore, the increasing difficulty of many problems in these fields will help inform the agenda for complex analysis research.
The four sessions that will be covered are:

  • Acoustics
  • Continuum mechanics
  • Life sciences
  • Radar

This event will bring together mathematicians and scientists working at the forefront of complex variable theory and their applications, with end users from industry to further investigate opportunities for the use of complex variable methods in the solution of applied problems.


There will be a poster exhibition running alongside the workshop and during the drinks reception. If you would like to submit a poster please indicate this under 'additional information' on the registration form.

Registration and Venue

A registration fee is charged to cover direct costs of attendance at this event. This is £25 for academic and public sector attendees and £50 for industrial attendees. 

There is no fee for registered participants of the INI Complex Analysis: techniques applications and computations Programme. To register and for further information, please follow the registration link in the left hand panel.

The workshop will take place at the Isaac Newton Institute for Mathematical Sciences in Cambridge. Please see the Isaac Newton Institute website for further information about the venue.