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News for Bergakademie Freiberg

Tiny charges determine how well cell phones, solar cells, and chips function. A new facility in Berlin will soon make their movement visible in real time. The technology behind it was developed by the TU Bergakademie Freiberg in collaboration with partners.

Printed circuit boards made from mushroom waste

Electronic waste is growing unstoppably worldwide. One reason for this is printed circuit boards, which are difficult to recycle. A team at the TU Bergakademie Freiberg has now developed an alternative made from fungal mycelium that simply dissolves in water at the end of its life. Until now, the raw material for this has been discarded as waste in the citric acid industry. | more

Minecraft meets science: New online game from Freiberg

A university in Saxony is getting serious about gaming: The TU Bergakademie Freiberg has released "Countdown Freiberg." This Minecraft game guides young people through a digital version of Freiberg while addressing real-world questions about raw materials and sustainability. It combines gaming and research. | more

Zahnarzt in Budapest: Behandlung bis zu 70 % günstiger als in Deutschland

Zahnbehandlungen können in Deutschland schnell zur finanziellen Belastung werden. Besonders bei Implantaten, Kronen, Brücken oder umfangreichem Zahnersatz liegen die Kosten häufig im vierstelligen Bereich. Viele Patienten stehen dann vor einer schwierigen Entscheidung: Behandlung durchführen lassen und hohe Eigenanteile zahlen – oder den Eingriff aufschieben, obwohl er medizinisch sinnvoll wäre. | more

Freiberg-built diving robot inspects dam walls

A robot dives where humans can hardly reach: along the underwater sides of dam walls. Researchers at TU Bergakademie Freiberg have developed it to detect cracks earlier, reduce costs, and improve water safety. | more

Bacteria-based sensor detects toxic styrene

Styrofoam is used for packaging or in insulating materials. The starting product for this is styrene. This in turn is volatile, toxic and difficult to detect. Researchers at TU Bergakademie Freiberg are now developing a biosensor that makes the pollutant visible by changing color - cheaply, quickly and precisely. | more

Ancient healing clay from Saxony under the beam of the particle accelerator

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. | more

Ein Rad nur für dich? Warum sich eine Maßanfertigung lohnt - und was sie kostet

Morgens zur Arbeit, am Wochenende über Schotter oder eines Tages mit Gepäck bis ans andere Ende der Welt: Wer viel mit seinem Fahrrad vorhat, braucht eines, das genau zu einem passt. Meißner Raeder baut in Dresden Fahrräder nach Maß, die exakt zu ihrem Besitzer passen und auf seine Bedürfnisse abgestimmt sind. | more

The greener beer bottle comes from Freiberg

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. | more

Lighter than aluminum: How to make magnesium fit for industry

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. | more

Warum Wasser nicht gleich Wasser ist: Der Geschmack der Oberlausitz

Ein Glas Wasser kann mehr als den Durst löschen. Es kann nach Heimat schmecken. Oppacher Mineralwasser stammt aus elf eigenen Tiefbrunnen im Oberlausitzer Bergland. Die Bohrungen reichen bis zu 300 Meter tief in kristallines Granitgestein. Dort entsteht sein natriumarmes, sanft mineralisiertes Profil. | more

Bulgarian mountains are 40 million years younger than thought

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. | more

Hydrogen technology: Recyclable fuel cells from Saxon laboratories

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. | more

Diese Brauerei zählt zu den zwölf Besten in Deutschland

Das Familienunternehmen Meißner Schwerter erhielt 2025 den Bundesehrenpreis für Bier – als eine von zwölf Brauereien bundesweit. Hinter der Auszeichnung stehen Braumeister mit Erfahrung, regionale Rohstoffe und eine Brautradition, deren Wurzeln bis ins Jahr 1460 reichen. Kennenlernen lässt sich diese Meißner Braukultur auch in den Gasthäusern der Privatbrauerei. | more

TU Bergakademie Freiberg honored with first-class mineralogical collections

The Mineralogical Collections of the Freiberg Mining Academy are a feast for the eyes. They have now been honored at an international congress. | more

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