The START Award allows young top-level researchers to plan their research projects for the longer term with a high degree of financial security. Project leaders should be qualified for a leading position in the scientific system (in particular as university teaching staff in Austria or abroad), through autonomous development and leadership of a working group.

TU Wien Award Winners

  • 2024: Esther Heid: Deep learning of chemical reactions
  • 2024: Juan P. Aguilera: Proofs Beyond the Transfinite
  • 2024: Uros Delic: Collective quantum effects in nonreciprocal systems
  • 2023: Máté Gerencsér: Stochastischen partiellen Differentialgleichungen
  • 2022: Stefan Pflügl: Formiat-basierte acetogene Bioproduktion von Treibstoffen und Chemiekalien
  • 2022: Sandra Müller: Determinacy and Woodin Limits of Woodin Cardinals
  • 2021: Laura Donnay: Black hole soft hair and celestial holography
  • 2021: Hannes Mikula: Bioorthogonal Cascade-Targeting
  • 2021: Julian Léonard: Quantum optimization with an atom-light simulator
  • 2020: Elisa Davoli: The mathematics of smart materials
  • 2020: Robert Ganian: Difficult problems and artificial intelligence
  • 2019: Richard Wilhelm: Ion Impacts in Real-Time (time4ions)
  • 2018: Emanuela Bianchi: New materials assembling themselves
  • 2018: Josef Füssl: Making Wood Predictable through Computational Methods
  • 2018: Philipp Haslinger: Atomic Interferometry in an Optical Resonator
  • 2017: Miriam Unterlass: Hydrothermal to functional organic framework structures
  • 2015: Ivona Brandic: Rucon – Runtime control in Multi-Clouds
  • 2015: Gareth Parkinson: Surface science investigation of single atom catalysers
  • 2013: Clemens Heitzinger: Partial differential equations for nanotechnology
  • 2013: Stefan Woltran: Decomposition and dynamic programming for complex calculation problems
  • 2012: Franz Schuster: Isoperimetric inequalities and integral geometry
  • 2012: Jürgen Hauer: Octave-width laser pulses for 2D electronic spectroscopy
  • 2011: Agata Ciabattoni: Non-classical proofs: theory, automation, application
  • 2011: Thomas Müller: Graphene-based photonics
  • 2011: Peter Rabl: Quantum dynamics of opto- and nano-mechanical systems
  • 2009: Thorsten Schumm: Nuclear Physics with a Laser: 229Thorium
  • 2008: Daniel Grumiller: Black Holes in AdS, the Universe, and Analog Systems
  • 2007: Paul-Heinz Mayrhofer: Atomistic investigations of metastable phases
  • 2006: Josef Teichmann: Geometry of stochastic differential equations
  • 2004: Vassil Palankovski: Simulation of modern semiconductor components
  • 2004: Gerhard Schütz: Immunology under the nanoscope
  • 2000: Thomas Brabec: Light matter interactions at an ultra-short timescale
  • 1999: Thomas Schrefl: Simulation of innovative magnetic substances
  • 1997: Michael Schmid: Adsorption and growth on surfaces at an atomic scale
  • 1996: Ferenc Krausz: Ultra-short light pulses
  • 1996: Ulrich Schmid: Wireline – Wireless Factory – Facility Fieldbus
  • 1996: Peter Szmolyan: Dynamically singularly perturbed differential equations
  • 1996: Karl Unterrainer: Semiconductor nanostructures for terahertz electronics