Forensic scientists have conducted groundbreaking research on how blood behaves in space, simulating blood splatters in microgravity conditions.

This study, led by Crime Scene Investigator Zack Kowalske as part of his PhD research at Staffordshire University, aimed to address the unique challenges of bloodstain pattern analysis in space.

Using a modified Boeing 727 aircraft known as the ‘Vomit Comet,’ which provides short periods of microgravity, the team replicated blood droplets using a glycerin and food coloring mixture.

By observing these droplets, they were able to reconstruct the angle of impact, revealing that blood behaves differently in space, adhering more to surfaces due to reduced gravitational influence, Metro reported.

This research, the first of its kind, sheds light on the complexities of forensic science in space and underscores the importance of developing reliable techniques for future space investigations.

Kowalske emphasizes the emergence of “astroforensics” as a crucial subdiscipline and calls for interdisciplinary research to expand our understanding of forensic science beyond Earth’s bounds.

Written by B.C. Begley