Open House Campus Garching October 3

Discover and try things out: We have invited you to experience research up close for a whole day.

Aerial view of the Garching research campus in 2021.

At the Garching research campus, visitors were invited to experience science in lectures, hands-on activities, guided tours and much more. Whether young or old, there were numerous activities for every one on this day: students, staff and external guests. In addition to TUM, many other research institutions such as the Max Planck and Fraunhofer Institutes took part in the day of action.

At a glance

Address and directions

  • Underground: Garching-Forschungszentrum
  • Bus: Ludwig-Prandtl-Str.; Boltzmannstr.; Garching-Forschungszentrum; Technische Universität; MVV timetable information
  • Car: A9, exit Garching-Nord

Program highlights

Program overview (in German)

Participating institutes

Around 25 research institutions took part in the open house. Here you can see a selection of our university’s participating institutes.

Contact

Do you have questions? Contact our organisation team:
tag-der-offenen-tuerspam prevention@tum.de

Further information

You can get an overview of the campus and the action day program on the Garching research campus website (in Geman).

"Open Day" lettering with graphic elements on a dark blue background

Germany-wide action day on October 3

Open House with the Mouse 2024

We also took part in the nationwide "Doors open with the Mouse" campaign day: some of our open house programs took place as part of the Mouse Door Opener Day.

More on the WDR action day

Further events on the topic of research

27 Nov 2024

Lecture and discussion with Prof. Reinhard Heckel

Lecture series "Science for everyone": Biocomputing

  • Wednesday, 11/27/2024
  • 19:00 - 20:30 o'clock

Event location
Munich

Target audience
publically

Presenter
Prof. Reinhard Heckel

Save date (iCal)

DNA can be used to encode, store, transmit and process information. DNA is interesting for information processing because information can be stored efficiently and for a long time in a very small space. It is therefore a potential alternative for tasks that are currently performed by traditional information processing systems.

Professor Reinhard Heckel is working on methods with which digital information can be stored securely and efficiently on DNA sequences. The challenge here is to translate binary data - the language of computers, consisting of zeros and ones - into the language of DNA. Heckel and Grass have already demonstrated how this technology could be applied by encoding an episode of the Netflix series "Biohackers" on synthetic DNA. This type of storage offers the potential to preserve data for hundreds of years without loss of quality, something that conventional storage media such as hard disks or USB sticks cannot do.

DNA can also be used for cryptography, the generation of random numbers and other information processing tasks.

The use of DNA for information processing is currently still in the basic research phase and is associated with high costs and technical challenges. However, researchers are optimistic that economies of scale will significantly reduce costs. In this event, Professor Heckel will provide an overview of the current state of research and an outlook on future potential uses.

Information to the registration 

How to find us

Venue: Deutsches Museum, Museumsinsel 1, 80538 Munich

Event overview
HSTS