Skip to main content
LOGO(small) - Queen's University Belfast
  • Our facebook
  • Our twitter
  • Our
  • Our
SEARCH SEARCH
LOGO(large) - Queen's University Belfast

School of

Mathematics and Physics

  • Home
  • Study
    • Undergraduate Maths
    • Undergraduate Physics
    • Postgraduate Taught
    • Postgraduate Research
    • International
    • Student Handbook
    • Visiting Students
  • Research
    • Research Centres
    • Our researchers
    • Find a PhD Supervisor
    • PhD Research Students
  • International
  • Business / Careers
  • Discover
    • About the School
    • Gender Equality
    • Outreach
    • Green Impact
    • Safe Harbour Scheme
  • Connect
    • Staff
    • Get in touch
  • News
    • News Archive
  • Events
  • Home
  • Study
    • Undergraduate Maths
    • Undergraduate Physics
    • Postgraduate Taught
    • Postgraduate Research
    • International
    • Student Handbook
    • Visiting Students
  • Research
    • Research Centres
    • Our researchers
    • Find a PhD Supervisor
    • PhD Research Students
  • International
  • Business / Careers
  • Discover
    • About the School
    • Gender Equality
    • Outreach
    • Green Impact
    • Safe Harbour Scheme
  • Connect
    • Staff
    • Get in touch
  • News
    • News Archive
  • Events
  • Our facebook
  • Our twitter
  • Our
  • Home
  • School of Mathematics and Physics
  • Research
  • PhD Research Students
  • Matthew Charlwood - Student Profile

Matthew Charlwood - Student Profile

Matthew CharlwoodPhD student

Current research project

Photo-ionised Plasmas in the Laboratory

Photo-ionised plasmas are frequently associated with accretion-powered astrophysical objects such as binary stars and black holes. The radiation fields of these astrophysical objects are such that photoexcitation and ionisation rates are relatively high compared to electron collisional excitation and ionisation rates. As large x-ray fluxes are required to achieve high values of the photoionisation parameter ξ, which characterises the distribution of ionisation, large laser facilities must be used to generate the extremely intense, nanosecond x-ray sources needed to drive the plasmas. 

This research project will attempt to create photo-ionised plasmas in the laboratory, analyse their emission against computer models which usually model the emissions from astrophysical objects in order to produce a laboratory benchmark for photo-ionised plasmas under well-defined conditions.

Biography

Matthew Charlwood graduated from Queen’s University Belfast in June 2019, obtaining a Master in Science with First Class Honours in Physics and Astrophysics. Matthew was also awarded a Degree Plus in recognition of his contribution to University life beyond the programme of Academic study.

Matthew began his PhD research in August 2019 at the Rutherford Appleton Laboratory for 6 weeks where he and researchers at Queens used the VULCAN Laser at Target Area West to generate intense X-ray sources that would drive plasmas. The results gained from this experiment (X-ray interaction with Foil and Gas Targets) will produce at least two academic papers for publication as well as being included in Matthew’s thesis.

Matthew’s PhD has been funded by the Department for the Economy (DfE).

Research interests
  • Plasmas

  • Astrophysics

  • X-Ray Spectroscopy

PURE Page

 

In This Section
PhD Research Students
  • PhD Research Students
  • Pablo Galán de Anta - Student Profile
  • Kerem Osman Çubuk - Student Profile
  • Fionntán Callan - Student Profile
  • Ryan Campbell - Student Profile
  • Christopher Dillon - Student Profile
  • Caitlin Gilchrist-Millar - Student Profile
  • Dominik Kiersz - Student Profile
  • Conor MacBride - Student Profile
  • Christopher McCooey - Student Profile
  • Stephanie Merritt - Student Profile
  • Sean Quinn - Student Profile
  • James Edward Robinson - Student Profile
  • Richard Smith - Student Profile
  • Jamie Wilson - Student Profile
  • Javier Fernández Troncoso - Student Profile
  • Musharei Abdullal A Alanazi - Student Profile
  • Suhail Albakheet - Student Profile
  • Asmaa Mohammad S Ali - Student Profile
  • Matthew Charlwood - Student Profile
  • Benjamin Greenwood - Student Profile
  • Fayza Adel Hanafy Hassan - Student Profile
  • Cormac Hyland - Student Profile
  • Sinéad A. Mannion - Student Profile
  • Orla McCusker - Student Profile
  • Jyotirup Sarma - Student Profile
  • Rachel E. Smith - Student Profile
  • Andrew Conroy - Student Profile
  • Jaroslav Hofierka - Student Profile
  • Heather Leitch - Student Profile
  • Peter McConnell - Student Profile
  • Luke Roantree - Student Profile
  • Gareth Boreland - Student Profile
  • Melanie Campell - Student Profile
  • Karys Dickson - Student Profile
  • Ethan Hawthorne - Student Profile
  • Nathan Kirk - Student Profile
  • Michael Rosbotham - Student Profile
  • Niall Taggart - Student Profile
  • Tasha Montgomery - Student Profile
  • Dulan Samuditha Dias - Student Profile
  • Lauren Connell- Student Profile
  • Hristo Gergov- Student Profile
  • Hugh Littlehailes- Student Profile
  • Josua Lo- Student Profile
  • Pierre Maidment- Student Profile
  • James McCartan- Student Profile
  • Simon Munro- Student Profile
  • Anthony Murphy- Student Profile
  • Tamsin Isabel O’Reilly - Student Profile
  • Frederic Rendell-Bhatti- Student Profile
  • Sarah Ruddell- Student Profile
  • Tiernan McCaughery - Student Profile
  • Donal O’Cofaigh - Student Profile
  • Emel Yavuz - Student Profile
  • Jeremy Rigney - Student Profile
  • Carla McDonnell - Student Profile
  • Conor McCluskey - Student Profile
  • Jesi Maguire - Student Profile
  • John J. Scott - Student Profile
  • Jack Cassidy - Student Profile
  • Matthew McCollum - Student Profile
  • Lynda Hutcheson - Student Profile
  • Conor McAnespie - Student Profile
  • Shaun McLaughlin - Student Profile
  • Conor Fegan - Student Profile
  • Nicholas Stephen - Student Profile
  • Colm Fitzpatrick - Student Profile
  • Sean McCallum - Student Profile
  • Sam Shepherd - Student Profile
  • David Jackson - Student Profile
  • Sheron Blair - Student Profile
  • Peter Read - Student Profile
  • Laura Buchanan - Student Profile
  • Qiongyuan Wu - Student Profile
  • Aaron Monson - Student Profile
  • Tamsin O'Reilly - Student Profile
  • Jarod Gouldie - Student Profile
  • Jonathan Henderson - Student Profile
  • Chloe Ho - Student Profile
  • Matthew Dobson - Student Profile
  • Orla Surgeoner - Student Profile
  • Brendan Loughran - Student Profile
  • Ahmet Suna - Student Profile
  • Jonathan Kennedy - Student Profile
Queen's University Belfast - Logo (small)
Contact Us

School of Mathematics and Physics

Main Physics Building
University Road
Belfast
BT7 1NN

GET DIRECTIONS

General School Enquiries:

E-mail: mp@qub.ac.uk

Telephone: +44 (0)28 9097 1386/5293

Quick Links

  • Home
  • Study
  • Careers
  • Research

 

© Queen's University Belfast 2021
Legal
Accessibility Statement
Privacy and Cookies
Modern Slavery Statement