NCCR MUST (2010–2022)
NCCR Director: Ursula Keller (2010–2022); NCCR Co-Director: Thomas Feurer (2010–2022)
Home institutions: ETH Zurich, University of Berne
Research of the NCCR
NCCR “MUST – Molecular Ultrafast Science and Technology” focused on the multidisciplinary (physics, chemistry, biology) development of experimental and theoretical tools to generate a deeper understanding of matter at the microscopic level by looking at processes and interactions of atoms and molecules at native time scales. These time scales are ultrafast. The results of this so-called ultrafast science conducted by the NCCR’s research teams addressed significant social challenges, such as the quest for alternative energy sources, the synthesis of complex, functional medicines and the development of new electronic devices.
Scientific impact
Particularly important discoveries were made regarding the molecular structural dynamics in systems ranging from small ions to proteins. New insights were also gained into charge, energy and signal transfer on a scale ranging from a few Angstroms (a unit of length equal to 10⁻¹⁰ m) all the way up to macroscopic systems in their liquid or solid states. These discoveries led to the creation of a network with international collaborators. MUST has therefore become one of the leading consortia in the area, along with PULSE (Stanford University) and the Max Planck Institute for Quantum Optics (Garching). The NCCR’s impact is documented by many scientific publications attracting substantial international attention.
Legacy
To conduct this cutting-edge research, a shared research platform dedicated to ultrafast science at the ETH Zurich’s Department of Physics was created, the FastLab. A sister laboratory was installed at the co-hosting University of Bern. Furthermore, six start-up companies were founded and nine patents filed. However, the legacy of this NCCR goes beyond the scientific realm: the publication of the book A Journey into Time in Powers of Ten significantly sparked the interest of the general public in ultrafast science. Another particularly important development was the NCCR’s engagement in favour of women in STEM. MUST’s annual meetings, as well as dedicated gender and science meetings, contributed to raising awareness and sensitivity to gender equality topics; implementation was supported by tutorials and programmes designed for individuals of all genders. Thanks to the dedicated efforts of MUST, a significant number of female scientists were promoted to leadership positions.
Funding
The SNSF awarded 47.8 million Swiss francs to the NCCR over a duration of 12 years. The table below shows that this amount accounts for around 39 percent of the NCCR’s overall expenditures. The remaining funds were either own funds provided by the home institution or the participating groups, or contributions by third parties.
Financing 2010–2022 (Swiss francs)
Funding source
2010-2014
2014-2018
2018-2022
Overall
SNSF grant
17,734,426
16,821,418
13'286,603
47'842,447
Funds from the home institutions
9,616,456
6,517,233
5,719,536
21,853,225
Group funds of the project participants
14,445,287
17,855,200
19,224,842
51,525,329
External funds
867’189
112,513
507,571
1,487,273
Total
42,663,358
41,306,364
38,738,552
122,708,274
Source: SNSF data