Three Ph.D. scholarships in the structure and dynamics of Matter

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Application deadline: September 1, 2017

A number of Ph.D. scholarships are available associated with the Matter project beginning July 2017. Funded by the VILLUM Foundation and directed by Prof. Jeppe C. Dyre, Matter is an integrated part of the Glass and Time center ( at Roskilde University's Department of Science and Environment. Over the coming years the project will employ seven Ph.D. students, six two-year postdocs, and three research professors.

The overall purpose of Matter is to determine the range of validity of the isomorph theory for the structure and dynamics of liquids and solids with hidden scale invariance, see, e.g., J. Phys. Chem. B 118, 10007 (2014) or J. Phys.: Cond. Mat. 28, 323001 (2016).

One Ph.D. scholarship begins October 1, 2017, or soon thereafter, the next two begin January 1, 2018, or soon thereafter. We invite applications relating to one of the following six research topics (for more details, please refer to Matter_scholarships_2017.pdf):

We are looking for ambitious and open-minded persons with a master's degree in physics or a related field. The successful applicant has also strong mathematics skills and enjoys the close interaction between theory, simulation, and experiment that is emphasized in the Glass and Time center.

For further information you are welcome to contact Prof. Dyre at dyre(at) .

Employment is regulated by an agreement between the Ministry of Finance and the Central Organization of the Academics; thus Ph.D. students have the same rights, formal working hours, vacation, etc., as others in the workforce. After taxes the monthly salary is approximately 16000 DKK (2100 Euro).

Roskilde University welcomes applications from candidates of any social and ethnic backgrounds irrespective of gender, age, religion or any other irrelevant criteria.

Application is submitted via Roskilde University's website

Application deadline: September 1st, 2017

Research at Glass and Time focuses on understanding the universal physical properties of highly viscous liquids approaching the glass transition. This problem is attacked experimentally as well as by extensive computer simulations in combination with theory; in fact close collaboration and daily interactions between theorists and experimentalists is characteristic feature of the Glass and Time group. Glass and Time consists of several Ph.D. students, postdocs, and experienced scientists. More information about the group can be found at