Karl Franzens University Graz
Graz University of Technology
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Karl Franzens University Graz | Graz University of Technology |
All (2002-Present) WS22 SS23 WS23 SS24 WS24 SS25 WS25
Tuesday 04 March 2025 | |
| 16:15 - 17:15 |
Accessing the interface properties with photoemission electron microscopy Photoemission electron microscopes (PEEMs) are incredibly versatile tools for investigating the chemical and physical properties of surfaces. Thanks to their electron lens system, they can capture both spatial and angular information of the photoemitted electrons. This feature ma ...more |
Tuesday 11 March 2025 TUG | |
| 16:15 - 17:15 |
High-resolution electron energy-loss spectroscopy: how recent advances have now truly put a “synchrotron in the microscope” At the dawn of the aberration-correction era, Prof. L. Mick Brown encouraged the microscopy community in now a seminal lecture to embrace and adopt widely this new technology, which promised, in his words, to place a “synchrotron in the microscope”. Although perhaps merely as ...more |
Tuesday 18 March 2025 | |
| 16:15 - 17:15 |
Atom-Surface Interaction: Theory and Computations One promising approach to integrated quantum technologies relies on hybrid systems where cold atoms are combined with nano-photonic or nano-plasmonic elements for on-chip applications. For instance, this allows for the realization of numerous functional devices such as compact in ...more |
Tuesday 25 March 2025 TUG | |
| 16:15 - 17:15 |
New Frontiers in Nanoscale Magnetism: Towards Three Dimensional Materials and Devices The expansion of nanomagnetism to three dimensions provides exciting opportunities to explore new physical phenomena and opens great prospects to create 3D magnetic devices for green computing technologies [1]. In this talk, I will present some of our recent works dedicated to t ...more |
Tuesday 01 April 2025 KFU | |
| 16:15 - 17:15 |
The Role of Surface/Interface Phenomena in The Antibacterial Action of Nano- and Microscale Zinc Oxide, Gallium Oxide, and Gallium Hydroxide. Worldwide trend of increasing antibiotic resistance has spun interest in alternative antibacterial agents such as metal oxide particles. Whereas the antibacterial action of many such oxides is well established, the mechanism of this activity is largely unknown. Cytotoxicity could ...more |
Tuesday 08 April 2025 TUG | |
| 16:15 - 17:15 |
Machine-learning accelerated materials discovery and optimisation Materials are the foundation of technological advancements that shape our modern society. Their con-tinuous development enables new applications and products, while the discovery of novel materials addresses key societal challenges like clean energy production, sustainability, gl ...more |
Tuesday 06 May 2025 TUG | |
| 16:15 - 17:15 |
Flecks of extraterrestrial dust, all over the roof - The story of their cosmic makeup After decades of failures and misunderstandings, scientists have solved a cosmic riddle — what happens to the tons of dust particles that hit the Earth every day but seldom if ever get discovered in the places that humans know best, like buildings and parking lots, sidewalks an ...more |
Tuesday 13 May 2025 TUG | |
| 16:15 - 17:15 |
Nonlocal electronic correlations at the two-particle level Susceptibilities and optical conductivity are examples of two-particle response functions that are the key quantities for connecting theoretical predictions for corelated materials with experimental results. It can however become highly nontrivial to calculate them, especially in ...more |
Tuesday 20 May 2025 TUG | |
| 16:15 - 17:15 |
Diverse Mechanisms in Resistive Switching Resistive switching (RS), the sudden change of resistance of materials driven by an electric field, has been a subject of intense research for many decades. Despite the similarities from the (equilibrium) metal-insulator transition in condensed matter physics, the RS has only rec ...more |
Tuesday 03 June 2025 TUG | |
| 16:15 - 17:15 |
Complexity in Organic Mixed Ionic Electronic Conductors and its Application in Neuromorphic Computing Complexity is decisive property enabling systems to work at the edge of chaos, which is necessary for resource-efficient computing and the design of intelligent machines. The complex behavior of a system originates from the nonlinear properties of all its components, resulting in ...more |
Tuesday 17 June 2025 HS 05.01 | |
| 16:15 - 17:15 |
Tracking and Manipulating Band Properties in Materials via Light–Matter Interaction The quantum geometry of Bloch electrons — describing the momentum-space structure of electronic wave-functions — plays a critical role in determining material properties, especially in transport phenomena and light–matter interactions. However, directly accessing this geome ...more |