Awards and Honors

New WSS Research Center for Molecular Quantum Systems

Thanks to a prestigious grant from the Werner Siemens Foundation (WSS), the Universities of Basel and Bern are able to establish a joint research center for molecular quantum systems. They will receive joint funding of 15 million Swiss francs, which underscores the high quality of the research collaboration between the W. Inäbnit Laboratory for Molecular Quantum Materials at the University of Bern, led by PD Dr. Shi-Xia Liu, and the Nanolino Laboratory at the University of Basel's Department of Physics, led by Prof. Dr. Ernst Meyer.

The Werner Siemens Foundation supports groundbreaking scientific research projects that meet the highest standards, show a high potential for application and address relevant problems or challenges of our time. The project, proposed by teams from both Universities in the fields of chemistry, experimental and theoretical physics, aims to develop a new technology platform for robust superconducting topological quantum bits (qubits) based on molecular components.

The new WSS research center is ready for an exciting decade of innovation.  

Successful Sinergia Application

PD Dr. Shi-Xia Liu from the Department of Chemistry, Biochemistry and Pharmaceutical Sciences at the University of Bern together with her colleagues Prof. Thomas Feurer (Laser Physics, University of Bern), Prof. Ernst Meyer (Nanophysics, University of Basel) and Prof. Ursula Röthlisberger (Computational Chemistry, EPFL) will receive 3 million CHF for their new SNSF Sinergia project "Exploring New Building Blocks for Molecular Electronics: Charged and Excited States of Molecules on Surfaces".

A Sinergia project fosters interdisciplinary collaboration that leads to breakthrough research results. In this specific case, laser physics (time domain) is combined with nanoscale imaging (space domain) of molecular systems synthesized by the Liu team, all supported by theory. In particular, the control of the charge state of molecular arrays by local fields is of interest for the realization of quantum dots and their lattice arrangements, with wide-ranging applications from molecular electronics to quantum computing. 

We wish the consortium every success in its research.

 

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