Holographic Principle and Boundary Information
The holographic principle suggests that information about a volume can be encoded on its boundary.
Boundaries Encode Volumes
The holographic principle, originating in theoretical physics, states that the information contained within a region of space can be described by data on the boundary of that region. This has profound implications for signal-based structural analysis.
Implications for Measurement
If the holographic principle holds in an approximate sense for engineered systems, then boundary measurements - signals captured at the surface - may in principle contain all the information needed to reconstruct the interior.
Practical Encoding
We investigate how physical systems naturally encode volumetric information on their boundaries through wave propagation, thermal diffusion, and electromagnetic fields. Understanding these encoding mechanisms is key to designing effective measurement strategies.
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