Supervisor: Peter Puschnig
Subject area: Theoretical Solid State Physics
Topic: Simulation of ultrafast electron dynamics in time-resolved photoemission experiments
Supervisor: David Clases
Field of study: Chemistry
Topic: Hyphenation of optofluidic force-induced Raman spectroscopy
Supervisor: Georg Pabst
Field of study: Molecular
biology Topic: Multiscale analysis of the influence of lipid asymmetry on membrane protein function
Supervisor: Georg Pabst
Field of study: Molecular
biology Topic: Custom-designed asymmetric unilamellar vesicles mimicking plasma membranes
Supervisor: Thomas Weiss
Subject area: Physics/Nanooptics
Topic: Highly-efficient mode calculations for novel optical fiber designs
Supervisor: A. Daniel Boese
Subject area: Theoretical Chemistry
Topic: Kinetic and thermodynamic computations of molecular crystals
Supervisor: David Clases
Field of study: Chemistry
Topic: Microfluidic control of micro- and nanoparticles in inductively coupled plasma-time-of-flight mass spectrometry
Supervisor: Thomas Weiss
Subject area: Physics/Nanooptics
Topic: Linear and nonlinear optical properties of low-index and epsilon-near-zero resonators
Supervisor: Ulrich Hohenester
Subject area: Theoretical Physics
Topic: Development of a holographic size determination technique for particles in the micrometer regime
Supervisor: Andreas Zimmer
Subject area: Institute of Pharmaceutical Sciences/Pharmaceutical Technology and Biopharmacy
Topic: Drug targeting of nanoparticles
Supervisor: Ulrich Hohenester
Field of study: Physics
Topic: Simulation of nanoscale electromagnetic fields
Supervisor: Georg Pabst
Field of study: Molecular
biology Topic: Membrane curvature stress-mediated self-association of proteins
Supervisor: Joachim Krenn
Subject area: Experimental Physics / Nanooptics
Topic: Transport and luminescence in coupled plasmon/exciton nanosystems
Supervisor: Martin Sterrer
Subject area: Physics/Surface Science
Topic: Scanning Probe Microscopy of oxide thin-films
M.Sc. Henri Lila
+43 316 380 - 4984
Institut für Molekulare Biowissenschaften
https://molecular-biophysics.uni-graz.at/en/molecular-biophysics/
Supervisor: Georg Krainer
Field of specialisation: Molecular biology
Topic: Single-molecule microfluidics for cancer diagnostics
Supervisor: Eva Roblegg
Field of study: Pharmaceutical Sciences
Topic: Development of a subcutaneous in vitro model for investigating drug delivery
Supervisor: Georg Papst
Field of specialisation: Molecular
biology Topic: Coupling of membrane asymmetry to protein function
Supervisor: Giovanni Zamborlini
Field of study: Physics
Topic: Cooperative effects on surface-supported metal-organic frameworks
Supervisor: Andreas Zimmer
Subject area: Institute of Pharmaceutical Sciences/Pharmaceutical Technology and Biopharmacy
Topic: Mechanisms of self-driven protein aggregation
Supervisor: Giovanni Zamborlini
Discipline: Physics
Topic: Aromatic tetrapyrroles on transition metal dichalcogenides: accessing and tuning the electronic properties of the interface
Schöngrundner
Supervisor: Leonhard Grill
Field of study: Chemistry
Topic: STM Study of Single Molecules on a Surface
Supervisor: Grant Simpson
Discipline: Chemistry
Topic: Investigation of single functional molecules on surfaces using scanning tunnelling microscopy
Supervisor: Johannes Hoja
Field of study: Chemistry
Topic: Exploring Molecular Crystal Transformations via Machine-Learned Force Field Simulations
Supervisor: Thomas Weiss
Subject area: Physics/Nanooptics
Topic: Chiral light-matter interaction on the nanoscale
Supervisor: Sandro Keller
Subject area: Molecular Biosciences/Biophysics
Topic: Protein biosensing by single-molecule fluorescence anisotropy
Supervisor: Peter Banzer
Subject area: Experimental physics/optics of nano- and quantum materials
Topic: Design, simulation and measurement of novel photonic integrated circuits
Supervisor: David Clases
Field of study: Chemistry
Topic: Fundamentals of Single Microparticle Analysis
Supervisor: Georg Krainer
Field of specialisation: Molecular
biology Topic: Single-molecule microfluidics for studying protein dynamics, interactions and assembly