GEOMETRY · INTERACTIONS · MAGNETISM

QUANTUM
FLUIDS OF
LIGHT

Programmable polariton networks.
Neuromorphic photonics.
Magnetic control of quantum matter.

I investigate how geometry, interactions and external fields shape collective light–matter systems — from individual polariton condensates to reconfigurable photonic networks.

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HOVER OR SELECT A RESEARCH THEME

LYNX / RESEARCH CONSTELLATION
CONCEPTUAL VISUALIZATION

RESEARCH VISION

Engineering structural equivalence in quantum fluids of light.

How do geometry, interactions, and symmetry determine the collective dynamics of polariton networks? My research explores optically defined condensates, nonlinear photonic architectures, and magnetic control of light–matter systems.

RESEARCH DIRECTIONS

From individual condensates to programmable networks.

Polariton graphs

Coupled condensates, geometry-dependent mode selection, chiral structures, fractal networks and structural equivalence.

Neuromorphic photonics

Exploring nonlinear collective dynamics and reconfigurable networks for physical information processing.

Magneto-optical quantum matter

Polarization-resolved spectroscopy, Zeeman effects and magnetic-field control of exciton–polariton systems.