The Eva Olsson research division is involved in the design and tailoring of materials to enable new sustainable solutions for energy harvesting, energy storage, energy consumption, catalysis, quantum technology and the use of soft matter in applications such as coatings for controlled drug release and solar cells. The function of the materials depends on the atomic structure where individual atoms play a role and also their exact position. We are using high spatial resolution imaging, spectroscopy and in situ techniques to quantitatively study the material structure (including techniques with high spatial precision in determining the position of atoms (1 pm), high energy resolution to determine electronic structure and high spatial precision in situ for electrical, mechanical, optical and thermal manipulation) and correlate the structure to properties.
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RECENT NEWS & EVENTS
November 22nd, 2024: Congratulations to Jonatan Holmér for successfully defending his thesis titled "Strain Engineering of Electrical and Photovoltaic Properties of 1D and 2D Semiconductors".
November 21st, 2024: Rebecka Rilemark and Eva Olsson have co-authored a paper published in Advanced Electronic Materials. The paper is titled "Tuning the Organic Electrochemical Transistor (OECT) Threshold Voltage with Monomer Blends". November 15th, 2024: The group was visited by Professor Dae-Hong Ko from Yonsei University, Seoul, Korea. He gave a seminar entitled "Epitaxy Engineering for Channel Strain and Source/Drain Contact Resistivity in Si-based CMOSFET Devices". November 15th, 2024: Congratulations to Rebecka Rilemark for her licentiate thesis and seminar titled "Determining the Functional Nanostructure of Polymeric Systems for Electronic Neuro-Pharmaceuticals by Electron Microscopy". November 11th, 2024: We are very happy to have had PhD student Duc Hieu Nguyen from DTU visit the group for three months. November 6th, 2024: Alok Ranjan, Lunjie Zeng and Eva Olsson have published a paper in ACS Applied Electronic Materials titled "Dielectric Breakdown Mechanisms in High-𝜅 Antimony Trioxide (Sb2O3)". October 21st, 2024: Eva Olsson has received funding from The Knut and Alice Wallenberg Foundation for a five-year project in collaboration with the principal investigator professor Feng Gao at Linköping University. The project is titled "Flexible X-ray detectors based on novel high-Z covalent organic frameworks". September 19th, 2024: We wish to congratulate Andrew Yankovich on giving a successful and very interesting docent lecture at Chalmers! September 3rd, 2024: The Eva Olsson Group was visited by Dr. Kousuke Ooe from Monash University for two days of discussions. The visit was celebrated with a traditional Swedish crayfish party on the final evening together with service engineers from JEOL. September 1st, 2024: Rebecka Rilemark and Eva Olsson have co-authored a paper published in Small Science. The paper is titled "Engineering Conductive Hydrogels with Tissue-like Properties: A 3D Bioprinting and Enzymatic Polymerization Approach". August 21st, 2024: Alok Ranjan, Lunjie Zeng and Eva Olsson have published a paper in Advanced Electronic Materials. The title of the paper is "Electrodes for High-𝜅 Molecular Crystal Antimony Trioxide Gate Dielectrics for 2D Electronics". |