Nachrichten werden geladen...
Old Saxon healing clay under a powerful X-ray beam and students from Freiberg are right in the middle of it. Master's students at the TU Bergakademie Freiberg are conducting research together with scientists at the Deutsches Elektronen-Synchrotron (DESY) in Hamburg. They want to find out what is in pressed clay plates from the 18th century - without damaging them.
Brown bottles protect beer and medicines from light, but their production has a negative impact on the climate. A team from TU Bergakademie Freiberg has proven in the laboratory that amber glass can also be produced using electricity instead of natural gas. 86 percent less CO₂ would be possible. How this works and what the trick is with the "cold lid" on the red-hot melt.
A metal that is lighter than aluminum and yet is hardly used - this is now set to change. Researchers at TU Bergakademie Freiberg have spent three years working on making magnesium fit for industry. With hydrogen, clever processes and a new alloy, they have succeeded. The first prototypes prove it: This material has a future.
Like an elevator to the top: Researchers at TU Bergakademie Freiberg have used computer models to show how the Rhodope Mountains in Bulgaria were formed. Sunken rocks from the African plate rose again from a depth of 100 kilometers. The result: the mountain range is 40 million years old and therefore significantly younger than previously assumed.
High energy prices and climate protection - hydrogen is supposed to solve both problems. But the technology is expensive. Four Saxon universities are now developing fuel cells that can be reused. The "Hy²Cycle" project could advance the energy transition.
The Mineralogical Collections of the Freiberg Mining Academy are a feast for the eyes. They have now been honored at an international congress.