Research in nanophotonics and energy conversion in the heart of Munich
Perspective: Plasmonic chemistry unlocks new reaction pathways

Publications

Perspective: Plasmonic chemistry unlocks new reaction pathways

Perspective: Plasmonic chemistry unlocks new reaction pathways

Phonon-polariton modes for non-linear optics in the mid-infrared

Phonon-polariton modes for non-linear optics in the mid-infrared

Interaction of plasmonic spirals with angular momentum light

Interaction of plasmonic spirals with angular momentum light

Immunoassays with plasmonic nanopillar arrays

Immunoassays with plasmonic nanopillar arrays

Immunoassays with plasmonic nanopillar arrays

Immunoassays with plasmonic nanopillar arrays

Theoretical model of graphene plasmon cavities

Theoretical model of graphene plasmon cavities

Pulse characterisation with a nonlinear plasmonic antenna

Pulse characterisation with a nonlinear plasmonic antenna

Temperature stability of refractory plasmonic materials

Temperature stability of refractory plasmonic materials

Nanoscale heating with strontium molybdate plasmonic thin films

Nanoscale heating with strontium molybdate plasmonic thin films

Sub-nanometer thin film sensing in the mid-infrared with phonon polaritons

Sub-nanometer thin film sensing in the mid-infrared with phonon polaritons

Hot-electron-assisted super-resolution imaging of optical absorption

Hot-electron-assisted super-resolution imaging of optical absorption

Molecular self-assembly controlled by hot-electrons

Molecular self-assembly controlled by hot-electrons