Novel Method of Measuring the Time of Death on the Tooth (Peer Reviewed)

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The author introduces a groundbreaking method for determining the time of death through a reference-independent measurement and analysis technique. This innovative approach is inspired by the potential to identify processes in tissues that mimic clockwork, allowing for the resetting of time to the moment of death. The author observes that deceased individuals exhibit notable changes in tooth color, becoming brighter and less translucent, which is attributed to reversible drying and liquid absorption processes. By measuring these changes with high precision, the author reveals the concept of a "dental fingerprint" and introduces terms like "tooth clock" and "tooth memory." The method allows for precise measurements of liquid loss and color spectra, offering a novel analysis technique that does not rely on reference values from other samples. This circumvents the "scattering problem" and enhances measurement accuracy. The approach emphasizes objectivity over subjective estimations, providing multiple independent values rather than relying solely on temperature readings from traditional body cooling methods. The author envisions a future where high-precision measurements can be conducted in a laboratory setting, simulating ambient conditions for various samples. This method represents a significant advancement in forensic science, potentially revolutionizing the way time of death is determined.