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22.10.2014, Research news
Explosion safety for municipal areas

Engineers simulate the detonation of aircraft bombs

Simulation of detonation shockwaves.

Explosions from the controlled detonation of World War II aircraft bomb duds can cause severe damage to surrounding building structures. Engineers at the Technische Universität München (TUM) have developed models to predict the effects of detonation shockwaves in cities. In emergency situations the simulations could even save lives.

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22.10.2014, Global
Great honor for TUM CREATE's electric taxi concept

Electric taxi "EVA“ receives eCarTec-Award 2014

TUM CREATE electric taxi "EVA" – Photo: TUM CREATE

TUM CREATE's electric taxi project "EVA" received the Bavarian Staate Prize for Electromobility, the eCarTec Award 2014, yesterday evening at the eCarTec, the world's largest electromobility fair. The prize is awarded in six categories and is endowed with 10,000 €. TUM CREATE is a joint research project of the Technische Universität München (TUM) and the Nanyang Technological University (NTU) in Singapore.

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20.10.2014, Research news
Visio.M consortium presents new electric car at the eCarTec 2014 in Munich

Electromobility, efficient and safe

Visio.M, TUM's new all-electric car - Photo: Florian Lehmann / TUM

An attractive electric vehicle at an affordable price that provides safety and comfort combined with a reasonable driving range: that was the goal of the Visio.M project. The participating researchers at the Technische Universität München (TUM) who put together the car in collaboration with specialists from industry are now unveiling it to the public.

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14.10.2014, Research news
Innovative light-weight torque vectoring transmission for Visio.M

Perfect torque distribution for safe driving

Illustration of the light-weight torque vectoring transmission for the Visio.M electric car – Image: Siemens AG

Large range, agile drive dynamics and excellent safety: These are the goals the Visio.M electro-mobility project strives to achieve. Researchers at the Technische Universität München (TUM) have developed a torque vectoring transmission with characteristics that are optimally adapted to electric vehicles.

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14.10.2014, Research news
Clarifying molecular mechanisms for common liver diseases

Immune cells in the liver drive fatty liver disease and liver cancer

The picture shows a histological tissue slice of a steatoheaptitis in human liver tissue. (Picture: A. Weber / Universitätsspital Zürich, explanation see below)

Immune cells that migrate to the liver and interact there with liver tissue cells get activated by metabolic stress (e.g. through lipids of a high fat diet) and drive the development of fatty liver disease, non-alcoholic steatohepatitis and liver cancer. Scientists from the Technische Universität München (TUM), the Helmholtz Zentrum München and the Zurich University Hospital made this discovery in an animal model and in patients and thus identified the previously unknown mechanism underlying these serious and widespread diseases. The results of their research have been published as the cover story of the journal Cancer Cell.

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13.10.2014, Research news
Inflammation in tissue creates a niche for tumor cells

How metastases develop in the liver

The microscopic picture shows liver cells whose nuclei have been stained with blue fluorescent dye. The formation of metastasis-promoting signaling molecule (SDF1, marked in green) in the liver is triggered by TIMP-1. (Picture: A. Krüger / TUM)

Most tumors are only fatal if the cancer cells spread in the body and form secondary tumors, known as metastases, in other organs, such as the liver. Scientists at Klinikum rechts der Isar of Technische Universität München (TUM) have now shown that increased amounts of a particular protein in the liver create favorable conditions for the implantation of cancer cells and thus for the formation of metastases. The researchers have already succeeded in preventing these processes in an animal model.

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08.10.2014, Research news
ImevaX GmbH receives multi-million euro funding from BMBF

TUM start-up develops vaccine candidates for Heliobacter pylori

A vaccine against Heliobacter pylori could be applied therapeutically and preventatively. (Picture: pixelio)

TUM start-up develops vaccine candidates for Heliobacter pyloriImevaX GmbH is another successful start-up that originated at Technische Universität München (TUM). The biopharmaceutical company has received EUR 5.9 million in funding from the GO-Bio 2 program run by Germany’s Federal Ministry of Education and Research (BMBF). ImevaX specializes in developing highly specific vaccines against chronic infectious diseases and hospital-acquired infections. The company’s lead candidate is a vaccine that targets the Heliobacter pylori bacteria, which can cause a number of diseases in humans including gastritis, gastric ulcers and stomach cancer.

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02.10.2014, Research news
Researchers pinpoint mechanism for aroma formation in wine

On the scent of a wine’s bouquet

As the grapes ripen, more and more aroma compounds accumulate in their skin.

The majority of wines are produced from around 20 different types of grape, all of which have their own typical aroma. This is due to the terpenes, a diverse category of chemical substances including cholesterol and estrogen. Scientists have now identified two enzymes that determine the terpene content – and thus the aroma intensity – of grapes. The findings could play an important role in the future development of grape varieties.

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01.10.2014, Research news
A closer look at neural correlations when we use tools

What happens in our brain when we unlock a door?

A test case from the study: What happens in test persons’ brains when they insert a key in a lock?

People who are unable to button up their jacket or who find it difficult to insert a key in lock suffer from a condition known as apraxia. This means that their motor skills have been impaired – as a result of a stroke, for instance. Scientists in Munich have now examined the parts of the brain that are responsible for planning and executing complex actions. They discovered that there is a specific network in the brain for using tools. Their findings have been published in the Journal of Neuroscience.

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30.09.2014, Research news
Field-coupled magnets could replace transistors in some computer chips

A new dimension for integrated circuits: 3D nanomagnetic logic

Magnetic-computing research team at TUM: from left, Stephan Breitkreutz, Irina Eichwald, Markus Becherer. Photo: U. Benz/TUM

Electrical engineers at the Technische Universität München (TUM) have demonstrated a new kind of building block for digital integrated circuits. Their experiments show that future computer chips could be based on three-dimensional arrangements of nanometer-scale magnets instead of transistors. As the main enabling technology of the semiconductor industry – CMOS fabrication of silicon chips – approaches fundamental limits, the TUM researchers and collaborators at the University of Notre Dame are exploring "magnetic computing" as an alternative. They report their latest results in the journal Nanotechnology.

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