A/P Vinicius Rosa
Vinicius
ROSA

Matter, technology and life by design.

Reimagining how we design materials, model biology and regenerate oral tissues.

An engineered porous 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.

A fine porous mineral scaffold at the microscale. 01

Matter

Advanced materials engineered at the microscale.

The same scaffold reorganised into a lattice of small computational nodes. 02

Intelligence

Computation to understand, simulate and design biological outcomes.

The lattice unfurled into warm translucent living layers, lit from behind. 03

Life

Translating design into living systems that regenerate and endure.

A wider view showing mineral, lattice and living layers as one continuous body.
An integrated method

Map, predict, prescribe, validate.

A single loop links what a material is made of to the biology it produces — and closes when the prediction is confirmed at the bench.

1
Map
Find the few variables that truly govern the material — and stop testing the rest.
2
Predict
Turn early signals into the long-term outcome, before the bench.
3
Prescribe
Invert the model: name the property you want, and it returns the formulation that reaches it.
4
Validate
Confirm the prediction in material and cell experiments — then feed the result back.

And then it travels: validated technologies become oral-health innovation.

See the research programs
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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