Fagprojektbeskrivelser_old

Her er en liste over tilgængelige fagprojekter fordelt på institutter. Projekterne er ment som inspiration,og det er muligt at vælge andre projekter så længe fysikken er omdrejningspunktet. 

DTU Fotonik

• Characterizing epitaxial Growth
• Design & fabrication of Dielectric DBR Mirror
• Development of efficient LED from silicon carbide
• Efficient chip-to-fiber coupling
• Electron microscopy and image analysis for precise simulation of nanophotonic cavities
• Experimental characterization of photonic crystal nanolasers
• Extreme confinement of light in dielectric optical nanocavities
• Integrated Nonlinear Optic Chip for Optical Signal Processing in  Future Terabit Communication Systems or in sensing
• Investigation of Ag-Al thin metallic layers
• Investigation of surface waves properties and behaviour
• Modeling few-emitter nanolasers in cavity quantum electro-dynamical systems
• Nano-fabrication of quantum photonic devices
• Optimising the Raman red-shift of a soliton
• Probe graphene plasmon polariton by use of Micro-FTIR
• Semiconductor-based quantum technologies
• Semiconductor quantum dots
• Simple reconfigurable all-dielectric metamaterials
• Simulation and design of MEMS VCSEL
• Single-photon sources for quantum information processing
• Supercontinuum generation in photonic crystal fibers
• Understanding graphene plasmonics with multiple-scattering theory

DTU Health Tech

• 3D-printede magnetiske aktuatorer
• Chip fabrication for Transmission Electron Microscopy holder enabling in-situ studies of electrochemical processes
• Design of Energy Metamaterials
• Digital printing of optical metasurface
• Droplet impact on superhydrophobic surfaces
• Dynamics and formation of perforated graphene
• Fabrication and characterization of deep water nitrite sensor
• Fabrication of Transmission Electron Microscopy holder for in-situ studies
• High-entropy Oxides for Solid Oxide Fuel Cells
• Multilayer microfluidics for cell separation and trapping

• Nanotexture Based Skin Disease Diagnostics

• Nucleation of calcium carbonate nanoparticles in alginate biomimetic matrix by CO₂ diffusion using microfluidic devices
• Optomagnetiske biosensorer
• Reactive oxygen species generated by nanomaterials      

DTU Physics

• Design of a fusion power plant
• Demonstrating crystal alignment with a high-energy dispersive x-ray diffractometer
• Flows and fluid disturbances due to swimming microorganisms
• High Sensitivity Diamond Magnetometry 
• Hydrodynamical instabilities in free surface flows
• Mapping pixel size and positions of an energy dispersive line detector for X-ray inspection of luggage
• Modelling of small-angle neutron scattering data of polymer networks
• Molekyldynamiksimuleringer
• Optical manipulation of micron-sized diamonds
• Optimal design of 3D printed evaporative surfaces
• Optimering af Røntgenkontrast for tomografieksperimenter
• Particle orbits in the new DTU Tokamak
• Plasma diffusion i en fusionsreaktor
• Simulate coherent X-ray diffraction patterns using X-ray lenses and investigate object reconstruction
• Simulation of energy spectral distortions in X-ray sources for airport security
• Simulations of magnetic ordering in nanoparticle-materials
• Structural investigations of heterogeneous catalysts during synthesis and catalytic reaction
• Synthesis and characterization of novel catalysts for methanol synthesis
• Transport of microwaves in fusion plasmas
• Tree-on-a-Chip: Design of synthetic plant lungs
• Zombie fly physics - Fungal cannons as pathogen dispersal mechanism in insect pandemics

Risø DTU campus

• 2- and 3-dimensional multiphysics numerical modeling of soft ferromagnets
• Catalytic activity of materials for solid oxide fuel cells
• Computational screening of materials for Battery technologies
• Computational screening of materials for Emergent Solar Cells technologies
• Density Functional Theory calculations for charged impurities in solids
• Designing simple but optimized magnets
• Diffusion in complex materials for hydrogen storage
• Energy Storage in High Temperature Rock Beds
• Harvesting green energy with magnets
• High temperature superconductors for wind power
• Filming current paths in 2-dimensional electron gases with infrared cameras
• Magnetic materials for sustainable energy technologies
• Modeling and feasibility study of table-top MRI scanner using permanent magnets
• Nanowires created using conducting-AFM
• New generation of memory devices
• New generation of Solid Electrolyte for All-Solid-State Lithium batteries
• Optimal semi-empirical corrections for Density Functional Theory
• Optimizing permanent magnet structures with artificial intelligence
• Patterning Technology of Oxide Nanoelectronics
• Smart Active Materials
• Studying Mechanical Properties and Fatigue Life of Elastocaloric Materials

DTU Energy

• Atomic scale modelling of organic energy materials
• Simulating a magnetic coupling
• Simulating magnetic beads suspended in bio liquids