Projects
Source: https://www.cs.tum.de/spp1839/projects.html Parent: https://www.cs.tum.de/spp1839/
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1st Period: 2015 - 2018
- PhoToMaD - Photonic Topological Materials with Disorder
- Tailoring disorder in functional optical materials using a combined materials engineering and bioinspiration approach
- Photonic crystal fibers with disordered claddings - a new path towards improved light guidance in defect cores
- Disordered photonic structures in organic microlasers
- Holography based disordered structures for tailored scattering
- Scattering Interfaces with Tailored Disorder
- Design of Structural and Chemical Disorder in Metal Oxide Thin Films for Enhanced Light Absorption (EnLight)
- Light management by disordered nano-structures for optoelectronic devices (LAMBDA)
- Light-path engineering in disordered waveguiding systems
- Designing correlation functions of random, fractal, and quasicrystalline disorder in complex nanostructures for tailoring linear and nonlinear optical properties: Applications to BRDF and k-space engineering
- Broadband reflecting fibers with tailored structures inspired by desert ants
- Control of scattering interaction in disordered two-dimensional arrangements of silicon nanoparticles
- Fluctuation-dominated materials for advanced photonics
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2nd Period: 2018 - 2021
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Tailoring optical properties of randomly nanotextured layers via Anderson localization
- Light-path engineering in disordered waveguiding systems
- Non-Markovian continuous-time quantum random walks of multiple interacting particles
- Quasi-disordered structures with 2D and 3D complete photonic bangaps with arbitrary small refractive-index contrast
- Tailoring disorder in functional optical materials using a combined materials engineering and bioinspiration approach
- Creating color and appearance of surfaces in real and Fourier space by tailored disorder
- Porous polymer films with tailored light scattering properties
- Fluctuation-dominated materials for advanced photonics
- Exploiting tailored disorder in dielectric nanosurfaces to maximize their information capacity
- Scattering interfaces with tailored disorder and binary profiles
- Tailoring diffusive transport of light