Forthcoming Events

26.03.2018 - 28.03.2018, Hilton Strasbourg, Strasbourg, France
22.04.2018 - 26.04.2018, Strasbourg Convention & Exhibition Centre, France

News

Jean-Pierre Wolf to Receive ZEISS Research Award - for his groundbreaking application of laser pulses in researching the earth’s atmosphere
Three new scientific highlights- by MUST PIs Jean-Pierre Wolf, Majed Chergui / Rafael Abela / Chris Milne and Ursula Keller /Jörg Osterwalder / Matthias Hengsberger
Special Issue of Structural Dynamics on the NCCR MUST- with 10 reviews and 2 perspectives
Majed Chergui elected to the Royal Academy of Sciences of Spain - as successor to Ahmed Zewail (1999 Chemistry Nobel Laureate)
GAP-Biophotonics with Jean-Pierre Wolf-visited by the Grand Conseil of Geneva
ERC Consolidator Grant for Hans Jakob WörnerAttosecond X-ray spectroscopy of liquids ...
ERC Consolidator Grant for Fabrizio CarboneVisualizing the Conformational Dynamics of Proteins ...
Swiss national 'Future Day' offered children a glance into their possible professional futures
The world's shortest laser pulse- pulse duration of 43 attoseconds (Hans Jakob Wörner)
Sicherer durchs Gewitter fliegen- flying safely through lightning (Jean Pierre Wolf)

Special Issue of Structural Dynamics on the NCCR MUST

Structural Dynamics
The collection of articles in this special issue is intended to summarize and review the research carried out within the NCCR MUST and also to give perspectives for future research directions. For centuries, scientists have used theoretical modeling and imaging techniques to understand things invisible to the naked eye and thus advance our knowledge. New theoretical and experimental tools foster new science and new science requires new tools. No matter which perspective one takes, there has been, and always will be, a strong interplay between theoretical, technological, and scientific advancements. Today's requirements on theory and imaging tools have increased well beyond the known, and new frontiers in physics, chemistry, and biochemistry demand the ability to theoretically model and visualize events evolving on ultrafast time and nanoscopic length scales. As a result, MUST scientists are constantly pushing the limits of ultrafast theoretical and experimental visualization tools in pursuit of understanding electronic, atomic, and molecular dynamics and their correlations in space and time.


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