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Quantum Campus Aarhus
Aarhus University · Auditorium 1593-012
The annual meeting point for the Aarhus quantum community, with scientific talks, early-career research, industry perspectives, posters and networking.
Join us for a QUBITS Specialized Seminar with Hans-Werner Hammer, Professor of Theoretical Physics at TU Darmstadt, exploring how effective field theories reveal universal phenomena in quantum systems across nuclear, particle, and atomic physics.
QCA Connect brings together researchers, students and collaborators from across the Aarhus University quantum community for a day focused on scientific exchange, networking, and new connections across disciplines. Find the tentative programme here.
Join us for a QUBITS Seminar on May 4, where Emil Zanchetta Ulsig (Department of Electrical and Computer Engineering, Aarhus University, and QVersion) will discuss the development of next-generation quantum light sources, from chip-scale single-photon devices to integrated photonic circuits, and the path from academic research to real-world…
Join DQC’s Scientific Quantum Conference 2026 on 15–16 April at Aalborg University. The programme features several AU researchers and students with invited talks and a PhD pitch session. Participation (incl. conference dinner) is free of charge, but registration is required. For details click here.
Join us for a QUBITS Seminar on April 13, where Professor Sarang Dalal (Center of Functionally Integrative Neuroscience, Aarhus University) will discuss how room-temperature quantum sensors are transforming fetal MEG—enabling measurements of fetal brain signals from the mother’s abdomen and opening new possibilities for prenatal diagnostics and…
Join the National Optics Congress 2026 at Aarhus University on 8–9 April 2026. Meet researchers, students, companies, and stakeholders across optics and photonics. Call for abstracts closes 6 February 2026. Read more and submit via the official conference website.
Associate Professor Robin Kaarsgaard Sales (University of Southern Denmark) presents a free model of quantum computing that replaces continuous postulates with discrete equations and linear algebra with category theory. The approach isolates quantum advantage and enables combinatorial optimisation, automated verification, and reasoning about…
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