Multiscale Imaging
From atomic interfaces to geological cores
THE UNIVERSITY OF MANCHESTERDIGITAL ROCK &
POROUS MATERIALS PLATFORM
POROUS MATERIALS PLATFORM
The University of Manchester
Digital Rock &
Porous Materials
Platform
From Imaging Matter to Predictive Matter
Multiscale Characterisation4D DynamicsModelling & AIDigital Twin
Explore Platform →01 / Platform framework
From imaging matter
to predictive matter.
A single integrated framework connecting multiscale observation, dynamic experiments, physics, AI and digital twins—from nanopores to geological formations.
TEM Tomography(2D / 3D / 4D)
02 / Data-to-decision workflow
A continuous path from observation to prediction.
Every stage preserves context, uncertainty and provenance—so insight can move confidently from the scanner to real-world decisions.
- 01→
Image
Observe structure across scales
- 02→
Characterise
Quantify chemistry and topology
- 03→
Experiment
Capture matter in motion
- 04→
Model
Resolve coupled physics
- 05→
Learn
Connect data with AI
- 06→
Predict
Build actionable digital twins
03 / Integrated capabilities
Built as a platform,
not a collection of tools.
Six connected capabilities support research from fundamental science through industrial translation.
↗
Dynamic Experiments
Operando, high-pressure and reactive systems
Modelling & AI
Physics-informed learning and digital twins
Digital Infrastructure
FAIR data, workflows and reproducible science
Applications
Energy, environment and advanced materials
Impact & Collaboration
Industry, facilities, training and open science
04 / Applications
Predictive porous materials for a changing world.
Natural hydrogenCO₂ storageSubsurface energyCatalysisBatteriesEnvironmental systems