01
Matter
Advanced materials engineered at the microscale.
Vinicius
ROSA
Matter, technology and life by design.
Reimagining how we design materials, model biology and regenerate oral tissues.
A drifting cloud of fine particles gathers and closes into an engineered porous scaffold; the scaffold reorganises into a lattice of computational nodes; the lattice unfurls into warm translucent living layers; and a wider view finally shows all three conditions as one continuous body.
The premise
Designing the materials that should exist.
We begin with the biological response and work backwards — designing the matter, models and experimental systems capable of producing it.
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02
Intelligence
Computation to understand, simulate and design biological outcomes.
03
Life
Translating design into living systems that regenerate and endure.
An integrated method
Predict, build, test, translate.
A single loop links what a material is made of to the biology it produces — each stage feeding the next.
1
Predict
Use data and AI to design biomaterials with target properties.
2
Build
Engineer biomaterials, scaffolds and living matrices.
3
Test
Validate biological response in human-relevant, tissue-mimicking systems.
4
Translate
Turn the resulting technologies into oral-health innovation.
Research programs
Two platforms, in depth.
AI-guided material design
Biomaterials & AI
Machine learning, genetic algorithms and material informatics that design dental materials with properties on demand.
Enter the AI Living Lab → Why pulp regeneration mattersMatter for Vitality
Why dental-pulp regeneration matters and what it takes to get it right — the materials, biology and evidence behind regenerating pulp-like tissue in experimental models.
Explore Matter for Vitality →IADR 2026
Recognised innovation
Innovation in Oral Care Award · AI-enabled biomimetic hydrogels for dental-materials biosafety testing
Top 2%
Scientific impact
World’s most-cited scientists · Stanford–Elsevier ranking, since 2021
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