New Emmy Noether group develops innovative methods for the investigation of crystalline materials

On 1 March 2021, the new Emmy Noether research group “Mesoscale Material Modeling and Simulations (3MS)” started working at the Faculty of Mathematics at TU Dresden. Group leader Dr. Marco Salvalaglio, an Italian physicist and material scientist, will benefit from the interdisciplinary research environment at TU Dresden, closely cooperating with the Dresden Center of Computational Materials Science (DCMS). Together, they will develop novel methods to investigate crystalline materials able to bridge length scales, thus paving the way to novel, large-scale investigations. The project is funded by the German Research Foundation (DFG) with up to 1.5 million euro for six years.

123123213123
Portraitaufnahme eines Mannes.

Crystalline materials are ubiquitous. They can be found in rocks, in living organisms and are essential for most electronic devices we use nowadays. They exhibit peculiar macroscopic features, such as faceted morphologies or elastic/plastic response to external load, which, however, originate from the microscopic arrangements of atoms in periodic lattices. With his Emmy Noether research group “3MS”, Dr. Marco Salvalaglio aims to research crystalline materials properties by developing a comprehensive collection of techniques based on the so-called phase-field and phase-field crystal models.

The application of these phase-field models will provide a coarse-graining of crystalline structures, such as focusing on large length scales retaining some details of the crystal lattice, particularly those relevant for describing defects and interfaces. This will make it possible to tackle open problems as well as the study of general properties and specific mesoscale aspects of technologically relevant systems, such as polycrystalline materials and crystalline heterostructures.

Dr. Salvalaglio is glad about having found the ideal research environment for this challenging project: “I have been a guest researcher at TU Dresden thanks to an Alexander von Humboldt Fellowship from 2016 to 2018. Afterwards, along with a few research stays abroad, I kept working on projects that originated from this research period. At TU Dresden, and in particular at the Institute of Scientific Computing at the Faculty of Mathematics headed by Prof. Dr. Axel Voigt, I found the complementary knowledge I need to tackle challenging material science problems with the aid of state-of-the-art computational techniques. The project funded by the Emmy Noether Program is highly interdisciplinary. It involves developing new models, their implementation thanks to advanced numerical techniques, and their application.”

Therefore, the “3MS” group will closely cooperate with other researchers within the framework of the Dresden Center of Computational Materials Science (DCMS): “DCMS is a unique environment as it connects several theoretical material science activities involving classical and novel approaches, also in close contact to experimental groups. I have become a full member of DCMS and thus I will benefit from the broad experience and expertise conveyed and exchanged therein,” states Dr. Salvalaglio.

Source: Technische Universität Dresden

Leave a Reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Next Post

Roma Tre university

Mon Mar 29 , 2021
Roma Tre University is an Italian public research university located in Rome, Italy, with its main campus situated in the Ostiense quarter. Founded in 1992 by the Ministry of Public Education, under the request of several professors of the Sapienza University of Rome, it was the third public university to be established in the metropolitan area of Rome. […]

European Higher Education Organization is a public organization carrying out academic, educational and information activities on higher education in Europe.

The EHEO general plan stresses that:

  • Higher education systems require adequate funding and, as an investment in economic growth, public spending in higher education should be protected.
  • The challenges faced by higher education require more flexible governance and funding systems, which balance greater autonomy for education institutions with accountability to stakeholders.

Thus, EHEO plans:

  • improve academic and scientific interaction of universities;
  • protect the interests of universities;
  • interact more closely with public authorities of European countries;
  • popularize European higher education in the world;
  • develop academic mobility;
  • seek funding for European universities.