The accepted work focuses on precision sensing systems for time-coherence measurement and their implications for energy-relevant physical behavior in real-world environments. GPIC 2026 convenes researchers and innovators working at the intersection of physics, instrumentation, and emerging technologies.
The presentation will describe results from Stelleo’s distributed time-coherence logging program, including long-baseline field measurements and experimental validation frameworks. Physics 2026 brings together researchers from academia, national laboratories, and industry to discuss emerging directions in fundamental and applied physics.
Stelleo Scientific has initiated a joint observational project with the Institut de la Corrosion, expanding the Ovante Time Study Logger (OTSL) network to Europe. The new installation site is located outdoors on the roof of a research building along the Atlantic coast in Lampaul-Plouarzel, France, providing an independently hosted environment with distinct geographic, atmospheric, and infrastructure conditions. This deployment marks
OTSL Installed at Coastal Research Facility in France Read More »
High-Altitude Instrumentation Study — Chacaltaya Observatory, Bolivia Stelleo Scientific is preparing a high-altitude field deployment at Chacaltaya Observatory (5,240 m) in Bolivia. The project will support controlled data collection for ongoing studies involving precision timing, environmental conditions, and measurement stability in extreme atmospheric environments. The deployment is part of a broader effort to evaluate instrumentation
Field Deployment Preparation Read More »
