Lectures and Seminars

Degree-course lecture lists are published termly under Teaching section of this website.

Materials Colloquia

Research seminar series organised by the Department of Materials
Thursdays 4pm Hume-Rothery Lecture Theatre 

During the pandemic, these will all be delivered online using MS Teams.  The details for each seminar will be advertised in the internal Newsletter, but the Joining Link and abstract are also available on application to communications@materials.ox.ac.uk.

The dates of the colloquia for 2021/2022 are:

Michaelmas Term 2022:

Week 3 (27 October 2022) Dr Jicheng Gong (Oxford Materials): 'Small-scale mechanical testing: from micro- to meso- scale'.  

Week 4 (3 November 2022) Professor Cheng-Wei Qiu (NUS College of Design and Engineeering): '2D-materials and van der Waals metasurfaces'

Week 6 (17 November 2022) Dr Robert House (Oxford Materials) 'Supercharged - using oxygen redox to store more energy in rechargeable batteries'

Week 8 (1 December 2022)  Professor Shin-ichi Ohkoshi (University of Tokyo)  


Hilary Term 2023

Week 1 (19 January 2023)   Professor Robert Hoye (University of Oxford, Department of Chemistry)

Week 3 (2 February 2023)  TBC

Week 5 (16 February 2023)  Dr-Ing Nils Ellendt (University of Bremen)

Week 8 (9 March 2023)  Professor Fabio La Mantia (University of Bremen)


Trinity Term 2023

Week 1 (4 May 2023)  Professor Aaron Lindenberg (Stanford University and SLAC National Accelerator Laboratory).

Week 2 (11 May 2023) Professor Paul Meredith OBE FInstP (University of Swansea)

Week 3 (18 May 2023)  Professor Danna Freedman (MIT)

Week 4 (25 May 2023)   Professor Rafael Gomez-Bombarelli (MIT)

In addition there are numerous seminars by visiting researchers advertised via email.


Biennial Hirsch Lecture 2022

This lecture, by Professor Saiful Islam (Oxford University Chair in Materials Modelling), took place on 14 January 2022.  You are welcome to view a recording by using the following link:  https://ox.cloud.panopto.eu/Panopto/Pages/Viewer.aspx?id=c93a81b8-bda8-4d74-8919-ae1500d17ed6

'From Batteries to Solar Cells: Exploring Energy Materials on the Atomic Scale' by Professor Saiful Islam FRSC FIMMM


Abstract:  Breakthroughs in clean energy technologies require advances in new materials and underpinning science.  A greater fundamental understanding of energy materials depends upon characterisation of their structural, transport and nano-scale behaviour.  

This talk will highlight the use of advanced modelling methods in synergy with experimental techniques to gain atomic-scale insights into novel materials for lithium-ion batteries and perovskite solar cells.


Professor Saiful Islam

Professor Saiful Islam FRSC FIMMM


Archive of the most recent public lectures hosted by the department

Biennial Hume-Rothery Lecture 2021

'Microscopy and Magnetic Materials: Exploring Energy Landscapes at the Nanoscale' by Professor Amanda Petford-Long FREng

Professor Amanda Petford-Long FREng

Argonne National Laboratory and Northwestern University

Friday 15 January 2021 at 6:30pm

Microsoft Teams Live

Biennial Hirsch Lecture 2019

Triboreacted materials as functional interfaces in internal combustion engines and medical implants
Professor Anne Neville OBE, FREng, FRS, FRSE
RAEng Chair in Emerging Technologies, and Professor of Tribology and Surface Engineering, University of Leeds

Friday 8 February 2019 at 4:30pm
Lecture Room 1, Thom Building
Department of Engineering Science
Parks Road, Oxford

All are welcome.  

Biennial Hume-Rothery Lecture 2018

Damage-tolerance in engineering and biological materials
Professor Robert O. Richie FREng, ForMemRS
Materials Sciences Division, Lawrence Berkeley National Laboratory, and Departments of Materials Science & Engineering and Mechanical Engineering, University of California Berkeley

Wednesday 24th January 2018 at 6pm
Lecture Room 1, Thom Building
Department of Engineering Science
Parks Road, Oxford

All are welcome.



Other Seminar Series in Oxford

Additional seminar series of interest organised elsewhere in the university include: