wire - news in brief

From the lab to the road: Highly automated research vehicle (SAE level 4) ready for testing in real-world traffic Whether for the trip to the doctor, shopping, or commuting to work: many people rely on local public transport in their everyday lives.

Showing the way to decarbonization of energy-intensive industries with digital tools The Thuringian joint projects ZO.RRO II KMU & ZO.RRO 2 for Glass Industry are working on innovative

A study coordinated by Humboldt-Universität has analysed so-called overshoot scenarios and warns of their consequences for the climate and the environment.

The working group headed by Denise Steiner and based at the PharmaCampus is looking for new ways to get active ingredients into the body Her first steps on a long working day often lead Lena Mahlberg to the precision scales in Room 155, a lab in C Building on the PharmaCampus.

Never before have people recorded more information about their lives than today. Researchers from Würzburg and Tübingen are investigating the positive and negative consequences this could have.

The "international.founders Network" supports international researchers interested in setting up their own company There is a huge potential, but it's been nowhere near exploited to the full.

The TU Ilmenau is today (19.09.2024) handing over the innovation platform ThAFF-InnoNET, which emerged from a research project, to the Thuringian Agency For Skilled Personnel Marketing (ThAFF).

A whole swarm of drones exchanging information with each other could recently be seen over the TU Ilmenau campus.

The Technische Universität Ilmenau has just successfully completed the "Engineering for Smart Manufacturing (E4SM)" research project.

Europe wants to be the first continent to be climate-neutral by 2050. At least that is what the "European Green Deal" envisages.

A team from the University of Würzburg is developing an AI-based attitude control system that will allow satellites to maneuver autonomously. The new technology will be tested in space. At the heart of the new attitude controller is an artificial intelligence that is being trained on the ground and will later be able to change the satellite's attitude in orbit on its own.