CORDIS Project
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This project explores the use of metamaterials to enable fast, energy-efficient wave-based computation by leveraging both spatial and temporal dimensions. It aims to develop programmable synthetic motion in metamaterials for applications in sustainable computing and advanced light manipulation.
Metamaterials rely on spatial structures on the scale of light wavelength to transform and enhance their macroscopic properties.
Current metamaterials passively redistribute wave energy in space only, enabling, for example, sub-micron flat lenses and ultra-compact spectrometers.
In the last few years, exciting breakthroughs have shown that metamaterials can also power wave-based analogue computation a technology for fast, massively parallel computation at a fraction of the power.
With low energy…
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