Fagprojektbeskrivelser F2015

Her er en liste over tilgængelige fagprojekter for F2015 fordelt på institutter. 

DTU Fotonik

• Analogy between the physics of quantum confinement of electrons and optical waveguides
• Characterizing epitaxial Growth 
• Investigation of surface waves properties and behaviour
• Modeling few-emitter nanolasers in cavity quantum electro-dynamical systems
• Numerical design of plasmonic nanostructures for energy harvesting
• Numerisk modellering af komplekse fotoniske systemer
• Optical Coherence Tomography
• Optimising the Raman red-shift of a soliton
• Plasmonic nanoparticles-assited solar cell
• Probe graphene plasmon polariton by use of Micro-FTIR
• Produktion af tynde organiske organiske film med laserbestråling
• Programmable nanolithography
• Semiconductor quantum dots
• Single-photon sources for quantum information processing
• Supercontinuum generation in photonic crystal fibers
• Topology Optimization of Integrated Optical Components
• Ultra-thin deposition of Au layers
• Understanding graphene plasmonics with multiple-scattering theory

DTU Nanotech

• Development of a microfluidic functionalization cartridge for Point-of-Care devices
• Droplet impact on superhydrophobic surfaces
• Dynamics and formation of perforated graphene
• Fabrication and characterization of deep water nitrite sensor
• Multilayer microfluidics for cell separation and trapping
• Selvopvarming af magnetoresistive sensorer
• Undersøgelse af dipstick AC magnetometer

DTU Physics

• Acoustic focusing in polymeric microfluidic systems
• Egenskaber af magnetiske tyndfilm
• High resolution investigations of hot-electron devices
• Hydrodynamical instabilities in free surface flows
• Micro-PIV analysis of flow near shark skin
• Molekyldynamiksimuleringer
• Måling af magnetisk flux med SQUID
• Optical stretcher and force calculations
• Optimal design of 3D printed evaporative surfaces
• Perovskite Solar Cells
• Plasma diffusion i en fusionsreaktor

Risø DTU campus

• Catalytic activity of materials for solid oxide fuel cells
• Diffusion in complex materials for hydrogen storage
• High temperature superconductors for wind power