At the MetaAI Lab at Korea University - Sejong Campus we research the convergence of next-generation optical devices and systems using metaphotonics (Meta) and artificial intelligence (AI). Metamaterials are engineered to manipulate the optical properties of light at the subwavelength scale - beyond what is possible in nature.

Metaphotonics

The field of metaphotonics combines metamaterials - artifical materials with unique optical properties - and photonics - the study and application of light - to create groundbreaking new ways to manipulate electromagnetic waves. With the potential to bring science fiction to reality, metaphotonics promises to transform conventional bulky optical devices into flat metasurfaces.

AI for Metaphotonics

We harness the power of AI for the inverse design and optimisation of metamaterials using deep neural networks and state-of-the-art algorithms and creating AI-enhanced metaphotonic systems for applications such as optical sensors.

Metaphotonics for AI

Leveraging advanced metasurfaces to enhance optical computation and quantum optics, we aim to drive significant advancements in AI technology, enabling faster, more efficient data processing and analysis.