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Scheme of the atomic force microscope with a conductive probe tip, along with the simulated image of a laser focus (Uni Graz / Florian Küstner).

High-Resolution Imaging with Quantum Dots and Atomic Force Microscopy

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Astrid Veronig and Christoph Schirninger

The Sun makes life on Earth possible. However, its magnetic fields can also cause massive disruption. This makes it all the more important to gain a…

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Reforestation saplings planted in neat rows

As the war in the Middle East is currently reminding us once again, many countries around the world are heavily reliant on oil and gas. Lax climate…

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Image composed of three parts: a dried-up tree on cracked earth, storm clouds swirling over the sea, mountains covered in deep snow

How much will heat, flooding, drought and storms increase as a result of human-induced climate change? In a groundbreaking study, climate researcher…

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Marko Simic

Visiting Award 2025 Takes Marko Šimić to Stanford University

 

The Dean’s Office of the Faculty of Natural Sciences at the University of Graz has…

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Diana Shakirova und Christoph Stockinger

They shed light on unresolved questions – and use it in their work in physics. Diana Shakirova is using light to distinguish different chiral…

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Illustration of the Big Bang

The Austrian Science Fund FWF has selected the Doctoral Programme in Theoretical Particle Physics at the University of Graz for funding from the…

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Time-resolved photoemission orbital tomography, Markus Huber, University of Regensburg

In a recent episode of the podcast Bridge the Gap, Tommaso Mazzocchi and Daniel Werner, two graduate physics students, interviewed Peter Puschnig…

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Exhibit on Schrödinger's cat in the permanent exhibition on atomic physics at the Deutsches Museum in Munich. Image source: Schoklitsch – TU Graz

Martin Schultze from the Institute of Experimental Physics at TU Graz and Visiting Professor Kazuhiro Yabana from the University of Tsukuba explain…

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Theoretical physicist Christoph Heil. Image source: Lunghammer - TU Graz

Christoph Heil is a theoretical physicist at TU Graz and specialises in superconducting materials. His work would not be possible without quantum…

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The international FWF program, coordinated by Assoc. Prof., is dedicated to the chemical synthesis, experimental characterization, and theoretical modelling of longer acenes, aiming to explore their potential for the development of high-performance organic semiconductors.

Unlocking the Potential of Longer Acenes: A New Era in Organic Electronics

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Insights into the bonding mechanisms of a 2D metal-organic framework

Physicists from the University of Graz, working with international partners, have for the first time successfully revealed the nature of chemical…

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