Photosynthetic materials

Research question

Repurposing biology for technology is one of the pathways for a sustainable
future reducing synthetic waste and carbon emissions. The integration of living components
directly in materials and devices opens new possibilities for energy efficient, sustainable
materials that are dynamic and responsive.

The project aims to develop photosynthetic materials that over time change
in dimensions, shape, and mechanical properties and aqcuire functionality with sunlight as the
primary energy source and CO2 as the main carbon source.

Sustainability aspects

Photosynthetic materials will convert CO2 into biomass and functional
components, generate O2, exhibit self-healing and regeneration capabilities, and ultimately
biodegrade. Importantly, they will not rely on petrochemicals but instead utilize cell-driven
chemistry, avoiding harsh conditions or toxic byproducts. As a result, these materials will be
inherently sustainable and circular in nature.