In this historical feature we explore Maurice Priestley (1933-2013) and his influential work. Professor Maurice Priestley, was a highly regarded figure in the field of time series analysis. He made outstanding contributions to the spectral analysis of non-stationary time series and density estimation. His book “Spectral Analysis and Time Series” (1982) has become a standard…
In this historical feature we explore Phyllis Nicolson (1917-1968) and her influential work. Phyllis Nicolson (née Lockett), most well-known for her work on the Crank-Nicolson method, received her BSc (1938), MSc (1939) and PhD (1946) in Physics from the University of Manchester before taking up a research fellowship at Cambridge University for three years. After…
We caught up with CNC technician Chris to hear more about why 3D printing is so important, and about how he has been involved in making PPE for NHS workers during the Covid-19 crisis.
In this historical feature we explore Max Newman (1897-1984) and his influential work. Max Newman was the first person in Britain to contribute to modern topology. He made a significant contribution to the British success in deciphering German messages and he was a particularly effective academic manager. MHA Newman’s early work was in Cambridge where…
In this historical feature we explore Joan Walsh (1932-2017) and her influential work. Joan Walsh is known for her contribution to the development of Numerical Analysis and Scientific Computing at the University of Manchester and in the UK more generally. She also had a major impact on undergraduate teaching at the University of Manchester. After…
In this historical feature we explore Louis Mordell (1888-1972) and his influential work. Louis Mordell was a distinguished number theorist. In Manchester he discovered one of his best known results, namely the finite basis theorem (or Mordell–Weil theorem), which proved a conjecture of Henri Poincaré. He also made a conjecture about algebraic equations that became…
In this historical feature we explore James Lighthill (1924-1998) and his influential work. James Lighthill was known for his pioneering work in the fields of hydrodynamics, wave mechanics, aerodynamics, biomechanics, and for creating the field of aeroacoustics. His studies on supersonic flows proved vital in the development of the Concorde supersonic airliner. In 1946, Lighthill…
In this historical feature we explore Cornelius Lanczos (1893-1974) and his influential work. Cornelius Lanczos discovered an exact solution to the Einstein field equation. It is one of the simplest known exact solutions in general relativity and is regarded as an important example. Watch him talk about mathematics, his work with Albert Einstein and his…
In this historical feature we explore Sir Horace Lamb (1849-1934) and his influential work. Horace Lamb made important contributions to applied mathematics, in particular to acoustics, seismology and fluid dynamics. He is best known for his book Hydrodynamics, which with his several other textbooks played a major role in university teaching and research for many…
In this historical feature we explore Brian Hartley (1939-1994) and his influential work. Brian Hartley is known for his outstanding work in many different areas of group theory. He made important contributions to the theory of locally finite groups, group-rings, soluble groups, simple groups, permutation groups, linear groups and representation of groups. Hartley spent periods…
