QSL27 Quantum Sensing in Industry and Research · Linz 2027

Quantum sensing exploits quantum states and phenomena such as coherence, superposition, entanglement, and quantum correlations to enable measurements beyond conventional technological limits or to access spectral, spatial, or physical quantities that are difficult to probe with classical approaches.

Quantum sensing has gained significant momentum over the past decade, establishing itself as a promising alternative to classical instrumentation in terms of sensitivity, cost, and application-specific performance. QSL27 – Quantum Sensing in Industry and Research Conference Linz 2027 aims to bridge the gap between fundamental quantum physics and applied industrial research, with a particular focus on translating quantum-enabled measurement techniques from laboratory demonstrations into robust systems for scientific and industrial applications.

The conference covers a broad range of topics, spanning next-generation quantum photonics for applied metrology, nonlinear interferometry and sensing with undetected photons, quantum magnetometry using NV-diamond sensors and optically pumped magnetometers, Rydberg-atom and cold-atom sensing, and advances in atomic, optical and nuclear clocks.

The event aims to support the development of competitive and robust quantum sensors capable of overcoming limitations of classical metrology. QSL27 promotes exchange between research and industry, bringing together the international research community and industrial partners to foster collaboration and accelerate progress at the interface between fundamental science and practical application.