Master's theses

TOWARDS UNDERSTANDING DARK MATTER STRUCTURES

Supervisor: STEEN H. HANSEN

TOWARDS UNDERSTANDING DARK MATTER STRUCTURES

Supervisor: Steen H. Hansen

Pores in lipid membranes and the effect of anaesthetics

Numerical Simulations of Magnetic Dynamics in Nanoparticles

Supervisor: Kim Lefmann and co-supervisor Robert Feidenhans'l

Flow pattern of the North East Greenland Ice Stream

Hans Tausen Iskappe, North Greenland Studies Using an Ice Flow Model

Conceptual Modelling of Climate-Biosphere Interactions over Geological Time

Swift pile-up correction and the canonical gamma ray burst lightcurve

Supervisor: Darach Watson

Absorption Selected Galaxies Along the Line of Sight to GRBs

Supervisor: Johan P. U. Fynbo

Phase behaviour in lipid tethers and vesicles - a thermodynamic study

Permeability studies of lipid vesicles by Fluorescence Correlation Spectroscopy and Monte Carlo simulations

X-Ray Mass and Temperature of Galaxy Clusters

Supervisor: Kristian Pedersen

Transport characteristics of multiprobe quantum dot structures

Supervisor: Karsten Flensberg

The temperature dependence of the elasticity of giant lipid vesicles: An Optical Tweezers, Callorimetry and Confocal Microscopy study

ENTANGLEMENT PURIFICATION FOR CONTINUOUS VARIABLE PHOTONIC STATES

Subsurface ice on Mars A study on ground ice stability and applications

Time delay and microlensing research of the gravitationally lensed quasars

Supervisor: Prof. Jens Hjorth

Long-distance Communication with Atomic Quantum Memories

Sterile neutrinos as a dark matter candidate

Supervisors: Kristian Pedersen and Steen H. Hansen

Spectral energy distributions of gamma ray burst host galaxies

Supervisor: Prof. Jens Hjorth

Gravitational redshift in clusters of galaxies

Supervisors: Jens Hjorth and Jesper Sommer-Larsen

High resolution analysis of the NORTHGRIP ice core microstructures and fabrics: A detailed study of the Dansgaard-Oeschger events 1, 8 and 19

Modelling the Flow Induced Evolution of Ice Fabric

Interpretation of the Isotopic Composition of the Greenland Ice Cores Using Simple Modeling

Three-Dimensional Theory of Light-Matter Interactions