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University of Graz Natural sciences Institute of Physics News New Uni Graz Podcast Episode about the Interdisciplinary AI Project DELPHI
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Thursday, 01 August 2024

New Uni Graz Podcast Episode about the Interdisciplinary AI Project DELPHI

(from left) Isabell Piantschitsch, Philipp Berghofer & Philipp Spitzer. Photo: Uni Graz/Freitag ©Mag. Ulrike Freitag

(from left) Isabell Piantschitsch, Philipp Berghofer & Philipp Spitzer. Photo: Uni Graz/Freitag

(from left) Isabell Piantschitsch, Philipp Berghofer & Philipp Spitzer. Photo: Uni Graz/Freitag ©Uni Graz/Freitag

(from left) Isabell Piantschitsch, Philipp Spitzer & Philipp Berghofer. Photo: Uni Graz/Freitag

Podcast Series – 2 Scientists Meet ...

 

What happens when two scientists from completely different fields collaborate? What challenges do they face? What synergies arise, and why do they do it at all?

 

The podcast series "2 Scientists Meet (Treffen sich zwei)” introduces researchers working in interdisciplinary and transdisciplinary projects. The scientists are interviewed by Philipp Spitzer, who, as a chemist, physicist, and science communicator, offers an additional perspective.

 

Artificial Intelligence - Better Than It Should Be?

What do philosophers and physicists have in common, and why are they so interested in AI?

Isabell Piantschitsch (Institute of Physics) and Philipp Berghofer (Institute of Philosophy) join Philipp Spitzer (chemist and science communicator) to discuss their joint project "Deep Learning in Natural Sciences and Philosophy – What Epistemological Role Does Artificial Intelligence Play in Basic Research?" (https://www.uni-graz.at/de/neuigkeiten/ki-in-der-forschung-zu-gut-um-wahr-zu-sein/)

The interests of mathematician, physicist, and philosopher Isabell Piantschitsch and philosopher and physicist Philipp Berghofer overlap in many areas, and one could say that they speak the same (scientific) language. Currently, the two are researching another shared interest: artificial intelligence. How does it work, and why does it sometimes provide better data for research than it should be able to? How is this data handled and what impact does AI actually have on research and everyday life? These and other questions are being explored by the two researchers as part of their project "Deep Learning in Natural Sciences and Philosophy."

As part of the project, the DELPHI Conference (Deep Learning & Philosophy Conference) will take place at the University of Graz in September (https://delphi-conference2024.com/main). At this conference, scientists from a wide range of disciplines—from neural engineering and social and legal sciences to astrophysics—will discuss the great potential and the risks of applying artificial intelligence. Find out more about the project and why philosophy and physics fit so well together in the second episode of the podcast "Treffen sich zwei".

Podcast Eps. II – Artifical Intelligence: better than it should be (in German)

(https://www.youtube.com/watch?v=hVpZHo1RQME&t=114s)

created by Mag. Ulrike Freitag

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Potential on the pitch

The 38th indoor soccer tournament for employees of Styrian Universities took place with the participation of physicists. We are looking for reinforcements for our soccer team.

Decoding Molecular Orbitals

A recent study published in Physical Review B by researchers from the “Orbital Cinema” team from the Physics Institute at the University of Grazand the Forschungszentrum Jülich presents a remarkable breakthrough in molecular electronics. The team, led by Peter Puschnig and Stefan Tautz, successfully mapped the electronic structure of bisanthene—a molecule that can be considered a nano-graphene flake—on a metal surface. Using a technique called photoemission orbital tomography, developed at the Institute of Physics, they deciphered the electron distribution in an unprecedented 38 (!) molecular orbitals.

Podcast: Quanta and philosophy

Which relevance has quantum physics, and what about measurements?

Looking at the record year 2024: historic temperatures at Graz University

The meteorological station at the University of Graz has been collecting extensive information on air temperature for more than 130 years. These data not only provide interesting insights into the climate of the region, but also allow deeper insights into the long-term development of the weather.

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