Preise und Exzellenzprogramme
Mitglieder unserer Fakultät wurden in den letzten Jahren mit 1 Nobelpreis, 3 ERC Synergy Grants, 2 ERC Advanced Grants, 3 ERC Proof of Concept Grants, 4 ERC Consolidator Grants, 7 ERC Starting Grants, 1 Wittgenstein-Preis des FWF, 7 START-Preisen des FWF und 1 Heisenberg-Stipendium der DFG ausgezeichnet.
| Anton Zeilinger | 2022 | Preisbegründung: "for experiments with entangled photons, establishing the violation of Bell inequalities and pioneering quantum information science" |
| Markus Aspelmeyer | 2020 | Macroscopic Quantum Superpositions (Q-Xtreme) |
| Philip Walther & Piotr Chruściel | 2022 | Gravitational interferometry with entangled states in optical fibers (GRAVITES) |
| Thomas Pichler | 2020 | Momentum and position resolved mapping transmission electron energy loss microscope (MORE-TEM) |
| Anton Zeilinger | 2008 | Photonic quantum information technology and the foundations of quantum physics in higher dimensions (QIT4QAD) |
| Markus Arndt | 2012 | Processing biomolecular targets for interferometric quantum experiments (PROBIOTIQUS) |
| Markus Aspelmeyer | 2011 | Crystalline Mirror Solutions (CMS) |
| Andrii Chumak | 2022 | Nanoscale spin-wave RF filters and multiplexers for 5G communication systems (5G-Spin) |
| Thomas Juffmann | 2022 | Fast Electro-Optic Fluorescence Lifetime Microscopy (EOFLIM) |
| Paul Winkler | 2013 | Quantifying aerosol nanoparticle dynamics by high time resolution experiments (NANODYNAMITE) |
| Norbert Schuch | 2020 | Symmetries and Entanglement in Quantum Matter (SEQUAM) |
| Anatole von Lilienfeld | 2018 | Quantum Machine Learning: Chemical Reactions with Unprecedented Speed and Accuracy (QML) |
| Markus Aspelmeyer | 2015 | Quantum control of levitated massive mechanical systems: a new approach for gravitational quantum physics (QLev4G) |
| Frank Verstraete | 2009 | Quantum entanglement and the renormalization group (QUERG) |
| Thomas Juffmann | 2018 | Microscopy - Making optimal use of photons and electrons (MicroMOUPE) |
| Toma Susi | 2017 | Atomic precision materials engineering (ATMEN) |
| Andrii Chumak | 2016 | Nano-Scale Magnonic Circuits for Novel Computing Systems (MagnonCircuits) |
| Bernadett Weinzierl | 2015 | Absorbing aerosol layers in a changing climate: aging, lifetime and dynamics (A-LIFE) |
| Jannik C. Meyer | 2013 | Picometer scale analysis and manipulation of novel materials (PICOMAT) |
| Markus Aspelmeyer | 2009 | Quantum Optomechanics: quantum foundations and quantum information on the micro- and nanoscale (QOM) |
| Markus Arndt | 2008 | Quantum interference with clusters and complex molecules |
| Markus Arndt | 2001 | New methods for quantum optics with clusters and molecules |
| Marcus Sperling | 2023 | Phasen von Quantenfeldtheorien: Symmetrien und Vacua |
| Nikolai Kiesel | 2016 | Thermodynamik mit levitierter Optomechanik (TheLO) |
| Sofia Kantorovich | 2012 | Bridging the Scales in Dipolar Soft Matter |
| Philip Walther | 2011 | Photonic Quantum Simulations |
| Markus Aspelmeyer | 2009 | Quantum-Opto-Mechanics |
| Georg Kresse | 2003 | New directions in ab initio modeling of materials properties |
| Nils Carqueville | 2020 | Jenseits von Halbeinfachheit in 3-dimensionaler TQFT |
| Dieter Süss | 2017 | Zukünftige magnetische Sensoren und Materialien |
| Philip Walther | 2020 | Optische Quantencomputer |
| Oliver Heckl | 2017 | Mid-IR Spektroskopie und Halbleiter Optik |