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The SUBLOR project focuses on developing sub-Lorentzian geometry, a framework for understanding spacetimes with non-holonomic constraints. It aims to integrate this geometry into existing theories, analyze its properties, and establish foundational concepts that could lead to future applications in advanced models of g…
The project SUBLOR aims to establish the foundations of sub-Lorentzian geometry, the non-holonomic analogue of Lorentzian geometry, within the new synthetic theory of Lorentzian length spaces and metric spacetimes.
While recent developments have extended Lorentzian geometry to the non-smooth setting, spacetimes with non-holonomic constraints have been overlooked, despite their central role in modern geometry.
Sub-Riemannian geometry has flourished into a thriving field of geometric analysis, whe…
UNIVERSITAT WIEN
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