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Full programme

The full conference programme is below:

Wednesday 10 July

12.00

Registration

Scarman House

12.30

Lunch

After lunch the group moves to main campus, sessions will take place in the PLT off the Science Concourse

Scarman House

14.00

Open and Introduction
James Kermode

PLT

14.05

Keynote Presentation: Laura Lewis, Northeastern University College of Engineering
Magnetism.... more than magnets - A discussion of interdisciplinarity and opportunities

PLT

15.05

Comfort break

Concourse

15.20

Cohort 3 presentations: Session 1

Oscar Holroyd

Control of falling liquid films with restricted observations

Ben Gosling Investigation of laser plasma instabilities driven by 1314 nm laser pulses at shock ignition conditions using multi-dimensional kinetic simulations
PLT
16.20 Break with refreshments Concourse
16.50

Cohort 4 presentations: Session 1

Chantal Baer Hopping through the interfaces: a multiscale chemo-mechanic model for energy materials
Yu Lei

Towards Atomic Resolution of Cryogenic Ptychography Single-Particle Analysis (Cryo-EPty SPA)

Hubert Naguszewski

Investigating the efficacy of CNNs and GNNs at predicting the committor for the 2D Ising model

Laura Cairns

Machine learning and quantum theory of magnets for energy efficient and renewable energy technologies

PLT
18.10 Poster Session and networking drinks Concourse
19.30 Close for day 1  

Thursday 11 July

09.30

Cohort 3 presentations: Session 2

Dylan Morgan Using Orbital-Constrained DFT to Simulate Surface Spectroscopy with Relativistic Corrections
Jeremy Thorn Untangling disorder in amorphous pharmaceuticals using artificial intelligence
Anas Siddiqui Understanding Domain Reconstruction of Twisted Bilayer and Heterobilayer Transition Metal Dichalcogenides through Machine Learned Interatomic Potentials
PLT
11.00 Break with refreshments Concourse
11.30

Keynote Lecture: Gianpietro Moras, Fraunhofer Institute for Mechanics of Materials IWM

Modelling the interplay of mechanics and chemistry at tribological interfaces

PLT
12.30 Lunch Concourse
13.30

Cohort 3 presentations: Session 3

Matyas Parrag MemPrO: Membrane Protein Orientation in Lipid Bilayers
Ziad Fakhoury Protein origami: New computational methods to predict protein folding
PLT
14.30 Comfort break  
14.45

Flash presentations

Valdas Vitartas Machine-learning quantum surrogate models to simulate energy transport across interfaces
Matthew Christensen Reliable quantum simulations of plasma and fusion physics
Nojus PlungÄ— Blending ultrasound data with physics-based models to predict damage in structural systems
Yuji Go Complex Electronic Structures for Thermoelectric Energy Materials
Minerva Schuler Alternative protein sources: growing the next generation computational modelling framework
Y C Wong Machine Learning Multiscale Simulation Of Photoconductivity In Correlated Oxides
Zahra Bhatti Charting a course towards new light-activated molecules
Roman Shantsila (Inter)facing the Bitter Truth: How to Design Better Interfaces in Next-Gen Batteries using Atomistic Simulations Assisted by Machine-Learning
Yihui Tong Developing the capability to forecast extreme Space Weather events
Philip Jones What's that made of? Modelling muonic X-ray radiation for quantitative elemental analysis
PLT
15.45 Break with refreshments Concourse
16.15

Cohort 4 presentations: Session 2

Mariia Radova Fine tuning of MACE foundations models with transfer and delta learning
Fraser Birks QM/MM Style Mixing of Machine-Learned Interatomic Potentials to Accelerate Simulations
Jacob Eller Applying machine learning to understand photoprotection: how do triazine-based UV-filters really work?
Arielle Fitkin Investigating the role of metal-organofluorine interactions in selective metal deposition
Vincent Fletcher Thermodynamically Informed Phase Space Exploration for Optimal Autonomous MLIP Dataset Building
PLTPLT
17.50 Poster Session and networking drinks Concourse
19.00 Conference Dinner Scarman House

Friday 12 July

09.30

Cohort 3 presentations: Session 4

Thomas Rocke How Semi-Conductor Lasers Fail - Modelling Defect Effects
Geraldine Anis Dislocation dynamics in Ni-based superalloys from atomistic simulations
Matt Nutter Spanning the Scales: Insights into Dislocation Mobility Provided by Machine Learning and Coarse-Grained Models
PLT
11.00 Break with refreshments Concourse
11.30
Cohort 4 presentations: Session 3
PLT
 
Sebastian Dooley Data-driven equation discovery for liquid film flows thick and thin
Joseph Duque-Lopez Data-driven modelling of irradiation induced defects in fusion materials
Anson Lee Tracking ions in a travelling-wave based ion mobility mass spectrometer
 
12.30 Lunch Concourse
13.30
Closing remarks and prizes
Emma Flynn, Provost
PLT
14.00 Close