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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 single microscale structure transforms in three stages: an engineered porous scaffold, then a computational lattice of nodes derived from it, then living tissue with fine microvasculature growing through the same architecture. One continuous amber thread runs through all three.
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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Intelligence
Computation to understand, simulate and design biological outcomes.
03
Life
Translating design into living systems that regenerate and endure.
One connected system, from matter to living tissue.
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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