The Campus Straubing for Biotechnology and Sustainability will become a new Integrative Research Centre at the Technical University of Munich (TUM). The specific focus in research and teaching that has been envisioned will make this new centre unique: It will concentrate on renewable resources, biotechnology, and bioeconomy. For this, new interdisciplinary degree programs will be established, which will only be offered by TUM in Straubing and nowhere else in the country.

Our bodies, windows or plastic bottles – all of them are made up of different molecules. The big difference however: while the molecules in the human body or other living organisms are in constant exchange with their surroundings, artificially produced material is not. This in turn directly affects their ability to break down after being used.

The vanadium-dependent nitrogenase is an enzyme that catalyses two important processes: On the one hand it converts atmospheric nitrogen (N₂) to ammonia, on the other hand it reduces carbon monoxide (CO) to hydrocarbons. Today, both reactions are run on a big scale by chemical catalyses to produce ammonia and fuels for industry. In additon, ammonia is used as synthetic fertilizer to ensure the food production for at least half of the world’s population.

Adenosine triphosphate (ATP) is the ubiquitous energy currency of all living organisms. Without it there would be no metabolic processes or growth possible – for animal cells as well as plant cells. Headed by the University Bonn an international team of researchers was able to visualise the ATP distribution and utilisation during stressful phases in living plant seedlings.

In 1997 the IBM-computer “Deep Blue” defeated former world chess champion Garry Kasparov. In 2011 the IBM-computer software “Watson” beat its human counterpart during a US- game show. By now the former pioneer of artificial intelligence broadened his abilities even further and is being used by companies worldwide. Especially the healthcare sector and the insurance industry appreciate the unprecedented potential of “Watson” to collect, analyse, and interpret mostly unstructured information and be able to make predictions based on them.

Until now, converting organic waste into fuel has not been economically viable. Excessively high temperatures and too much energy were required. Researchers at the Technical University of Munich (TUM) managed to significantly reduce the temperature and energy requirements for an integral step of the chemical process by using a novel catalyst concept: they confined the reaction to small spaces inside zeolite crystals.

In line with the increasing demand the production of wood pellets also increased dramatically over the last ten years.

What do Antarctica and space have in common? Nothing can grow there. Except, that is exactly the goal of a new long-term experiment as part of the EDEN-ISS project. The EDEN-ISS project aims to develop plant cultivation technologies that can be used for safe food production in space in so-called closed-loop systems or closed greenhouses.