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A research paper published in the Scientific Reports journal has detailed the discovery of embalming practices by an aristocratic French family between the 16th and 17th centuries. A team from the Austrian Archaeological Institute, Université de Bordeaux, and Aix-Marseille Université uncovered remains of the dead in a shared crypt at Château des Milandes in Castelnaud-la-Chapelle, Dordogne as per reports. The skeletal remains of 12 individuals, comprising seven adults and five children, were analysed, revealing the systematic use of embalming methods.

Embalming Techniques and Processes

As per the research paper, it was found that embalming focused on temporary preservation for burial ceremonies. Internal organs, including the brain, were removed with precision, and the skulls were carefully reopened and replaced. Bodies were treated with a mixture of balsam and aromatic substances. In the paper, the research team also highlighted that the embalming methodology was identical to the one mentioned in a 1708 autopsy instruction manual by French surgeon Pierre Dionis.

A Rare Familial Practice

The study highlighted the uniqueness of the find, noting that long-term familial embalming practices are exceedingly rare. The process was consistently applied across generations, including both children and adults, suggesting its cultural importance within the Caumont family. Their wealth and social status were likely factors in sustaining the practice.

Significance of the Findings

The crypt, dating back to the late 16th century, has provided an unprecedented look into post-mortem rituals of Early Modern France. The research provides a unique perspective on post-mortem practices in Early Modern France, shedding light on the cultural and social significance of embalming within aristocratic circles.

As reported in Scientific Reports, the findings mark an unprecedented insight into mortuary traditions of the period.

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New Shortcut Lets Scientists Run Complex Quantum Models on a Laptop

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A University at Buffalo team has redesigned the truncated Wigner approximation into an easy, plug-and-play template that lets scientists run complex quantum simulations on everyday laptops. The method works for open systems, slashes computing demands, and helps free supercomputers for the hardest quantum problems.

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Glaciers Speed Up in Summer and Slow in Winter, New Global Map Reveals

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A new global map of glacier speeds, built from nearly a decade of satellite observations, shows that glaciers consistently move faster in summer and slower in winter. Meltwater acts as a natural lubricant, accelerating flow during warm months. Scientists warn that glaciers with strong seasonal shifts are likely to speed up long-term, adding to future sea-level rise.

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Engineers Turn Lobster Shells Into Robot Parts That Lift, Grip and Swim

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Engineers have transformed discarded crustacean shells into functional biohybrid robots by softening the shell segments, adding elastomers, and attaching motors. These recycled structures can lift weight, grasp delicate items, and even propel small swimmers. The project demonstrates how food waste can become a sustainable robotics resource, though challenges remain wi…

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