CEST - Research overview
![CEST research - theory](/sites/g/files/flghsv161/files/styles/1_6_567w_354h_n/public/2018-10/theory.jpg?h=cc872d96&itok=qWzNu-tc)
Theory and method development
Development of high-accuracy quantum-mechanical first-principles methods that can facilitates a better description of matter and unlocks new applications.
Contact persons: Marc Dvorak and Dorothea Golze
![CEST - materials](/sites/g/files/flghsv161/files/styles/1_6_567w_354h_n/public/2018-10/materials.png?h=02592332&itok=3QDDy05e)
Electronic materials modeling
Computational modeling of novel electronic materials using density-functional-theory (DFT) and DFT-based multiscale methods
Contact person: Jingrui Li
![CEST - interfaces](/sites/g/files/flghsv161/files/styles/1_6_567w_354h_n/public/2018-10/interface.png?h=31f69286&itok=_J5FuzIW)
Hybrid interfaces
Exploration of hybrid (organic-inorganic) interfaces in functional materials using DFT and DFT-based machine learning methods
Contact person: Milica Todorović
![CEST - machine learning](/sites/g/files/flghsv161/files/styles/1_6_567w_354h_n/public/2018-10/ml.png?h=a6954626&itok=xynGxOGT)
Machine learning materials science
Development of cutting-edge machine learning methods and application in modern materials science
Contact persons: Milica Todorović and Lauri Himanen
![CEST - database-driven](/sites/g/files/flghsv161/files/styles/1_6_567w_354h_n/public/2018-10/data.jpg?h=c38c9dee&itok=owiQCswr)
Database-driven materials science
Materials science research taking advantage of big data
Contact persons: Amber Gurts and Lauri Himanen