New instrument from Bern: Detecting life on Mars possible!

New instrument from Bern: Detecting life on Mars possible!

A groundbreaking instrument from Switzerland could provide crucial evidence of life on Mars in the near future. Scientists at the University of Bern have successfully tested a measuring instrument, the Laser Ablation Ionization Mass Spectrometer (Lims), which is capable of identifying fossil microorganisms in gypsum deposits millions of years old. These deposits were collected under conditions comparable to those on Mars, such as oe24.at reported.

The tests took place on gypsum deposits in Algeria that date back to the Messinian Salt Crisis about five to six million years ago, when the Mediterranean Sea dried up almost completely. The Bernese astrophysicist Peter Wurz expressed himself positively about the technology: “The technology is really ready to be integrated into future Mars rovers or Mars landers for on-site analysis.” First, however, Lims will be deployed on the moon in 2027 to chemically examine lunar rocks.

Scientific collaboration and progress

This study not only represents an important step in astrobiology, but also shows the first form of collaboration between the University of Bern and the Houari Boumediene University of Science and Technology in Algeria. Such international collaborations are essential for the progress of research, particularly in the field of tissue medicine and pathology, as demonstrated by Institute of Tissue Medicine and Pathology is highlighted.

The institute places great value on precision, innovation and progress in modern pathology, which is constantly changing. Digitalization and personalized medicine are playing an increasingly important role. By combining service, teaching and research, the institute creates an environment that promotes close interactions and mutual inspiration - essential elements for pioneering research in tissue medicine.