it is sirius problem.
Crime scene experts are investigating the forensics behind how to investigate murders in outer space. This is “inevitable” in the coming years with space travel, he says.
“Wherever humans go, human behavior changes,” said Detective Zach Kowalske, a CSI with the Roswell, Georgia, police department. told Fox News.
“So being able to understand how to most effectively reproduce these criminal acts is critical.”
that’s right. The scene in “Armageddon” where Bruce and his Willys crew discover guns on their ship isn’t that far off.
To prove the risks of this “novel” concept, Kowalske and his colleagues studied how blood and bloodstains appear in “microgravity environments” such as spacecraft. ” Published in the July issue.Forensic Medicine International: Report”
The test was conducted on a Boeing 727 modified “parabolic” aircraft based in Fort Lauderdale. It is known internally as the “vomit comet.” Aggressive zero-gravity astronaut training This is a measurement of the weightless effect on food coloring-based synthetic blood sprayed onto a small target.
“Microgravity environments pose unique challenges for bloodstain pattern analysis compared to traditional 1G environments,” the researchers wrote.
It turns out that the droplet sample, which looked like a red Rorschach inkblot test, is different in a weightless environment, appearing much smaller due to the lack of surface tension.
Kowalske said the lack of gravity “actually inhibits blood diffusion and causes calculations to be inaccurate.”
Why is it important? CSI experts already have potential scenarios that forensics can leverage.
“Suppose you have a ship in orbit and a catastrophe occurs,” he said.
“We can use bloodstain patterns to reconstruct where the crew was and what position they were in during that catastrophic failure.”
There is also the question of who will carry out the super-high-rise investigation.
“Jurisdiction is going to be difficult,” attorney Michelle Hanlon told Fox News. “Space objects remain under the jurisdiction and control of the state that launched the object.”
