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In this study, we present a detailed analysis of deflections in a butterflywing utilizing digital holographic interferometry. Our methodology revolvesaround an off-axis lensless Fourier holographic setup, and we employ laserexcitation to induce deflections in the object. The implementation of a digitalholographic interferometry setup, tailored for rapid monitoring ofmicro-deformation, is a central aspect of the research. We offer an overview ofthe theoretical foundations of this technique, complemented by bothexperimental and simulated tests aimed at validating our findings.Significantly, our investigation focuses on the detailed analysis of the microstructures found on the wing of the Morpho butterfly. The insights garneredfrom our study not only affirm the precision and potential of this methodologybut also shed light on promising avenues for further exploration, especially inthe domain of high-precision deflection sensing and its diverse applications.

Digital Holographic Interferometry for Micro-Deformation Analysis of Morpho Butterfly Wing