Two recent scientific publications from the Fraunhofer Institute for Applied Solid State Physics IAF shed light on how the concept of quantum advantage can be assessed more precisely and realistically in the future. Both papers provide theoretical tools to make claims about quantum advantage more robust. Their content is complementary: one addresses quantum chemistry beyond idealized system models, while the other examines how algorithmic advantages can be reliably demonstrated through the scaling of problem sizes.

A research team from Shanghai Jiao Tong University has developed a physics-informed neural network for distributed acoustic sensing. The approach generates synthetic event data and removes background noise without relying on real-world event data. Demonstrated in public datasets and belt conveyor fault monitoring, the method achieves high accuracy and generalizes across different sites, offering a scalable solution for industrial monitoring and optical sensing applications.

-  Professor Tae-Hyun Bae’s team in the Department of Chemical and Biomolecular Engineering presents a new design strategy for high-performance hydrogen-selective membranes

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Astronomers used new MOTHRA telescope in Chile to image famous eye-shaped nebula. Team found 22 glowing shock waves where stellar debris collided with interstellar gas. After colliding with gas, stellar fragments remain intact for just 10,000 years, the team estimates. Finding reveals how dying stars return material to space to form new stars and planets.