Covers fundamental concepts in modern photonics, including ray optics, wave optics, polarization optics, material properties, plasmonics, and metamaterials.
Delves into the sensor capabilities of the human ear, exploring non-linear phenomena within the cochlea and the creation of an 'animated' metamaterial.
Covers the use of electrochemically active metasurfaces for effective multispectral radiative heat management and their implications for energy efficiency and dynamic thermal regulation.
Explores Neuromorphic Computing with Artificial Spin Systems, discussing the need for new computing paradigms and the potential of artificial spin systems for neuromorphic computing applications.
Explores the design and applications of reconfigurable metasurfaces in advanced optics, including switchable magnetic metamaterials and responsive metasurfaces.
Explores topological waves for robust signal processing applications, focusing on resistance to perturbations and the design paradigm of topological systems.
