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Minds, Media, Machines is an interdisciplinary network of researchers at the University of Bremen and of collaborators at national and international partner institutions. They are collaborating to advance our understanding of intelligence and cognition in autonomous agents and agent teams in the context of mediatized worlds.
The aim of MMM is to advance research in high-profile areas such as artificial intelligence, robotics, machine learning, data science, social media, and mediatisation. This is done with a special emphasis on the benefit and welfare of the society, taking onboard aspects such as usability, privacy, security, sustainability, and lawfulness, and supporting different aspects of human life ranging from the education of children to support of the elderly. The insights gained within MMM are transferred into new generations of social, computer-based, and cyber-physical systems.
Collaborative research at the University of Bremen is focused on six interdisciplinary profile profiles, the High-Profile Areas. These contribute substantially to research at the University of Bremen and tie together the internal and external university research programs on campus. In the sense of a matrix structure, the High-Profile Areas lie across the scientific disciplines of the international departments. The internationally recognized top AI research in the state of Bremen is largely shaped by members of Minds, Media, Machines (MMM). They contribute their expertise and their potential to bring the Bremen AI strategy (see key issues paper) together with actors from the Bremen research landscape and regional companies.
Today, one of the core ingredients of Minds, Media, Machines is the interdisciplinary research center EASE that investigates everyday activity science and engineering at the University of Bremen. Its core purpose is to advance our understanding of how human-scale manipulation tasks can be mastered by robotic agents.
To achieve this, EASE establishes the research area “Everyday Activity Science and Engineering” and creates a research community that conducts open research, open training, open data, and knowledge sharing.
For further information, please visit the EASE homepage.
Patrick Pollmeier / University of Bremen
Patrick Pollmeier / University of Bremen
Our motto is: "Intelligence in Action"! The findings from research are being transferred into a new generation of social, computer-based and cyber-physical systems that make a substantial contribution to the well-being of our society, such as cognitive assistance systems that accompany people throughout their lives and provide them with suitable support. People should be able to decide for themselves how their data is used.
Towards this aim, scientists in this High-Profile Area investigate human and machine knowledge representation, natural, formal and technical information processing, as well as secure transmission of information and computer-mediated communication.
The High-Profile Area is thus based on three pillars: Minds, Media, and Machines.
Performance of cognitive biological systems, including human cognition, is studied through empirical investigations, analyses and models.
What are the roles of sensory-motor, and multimodal information processing, and how are experience and knowledge represented and processed? Further aspects investigated in this area are, i.a., planning of actions of varying degrees of complexity and abstraction, learning to manipulate simple objects, up to speech and comprehension, as well as the study of interactions between a system, its environment, and communication between cognitive systems. Cognitive systems are always understood as being situated in a dynamic context that every investigation has to take into consideration. The knowledge and understanding gained on this basis is applied to develop formal methods and technical systems that aim to come as close as possible to the human case and human abilities.
For example, household robots that are, inspired by biology and cognitive science, able to learn from instructions designed by and for humans, including the ability to learn directly from observing human activities to the point that they can carry out the same tasks autonomously.
Today, individually as well as socially, we live in times of deep mediatization.
In our everyday life, we interact with digital media and technical systems, whether we wish to or not. This omnipresent availability of technology constitutes both: new possibilities but also challenges, inter alia due to datafication and increasingly shorter innovation cycles.
Media -and communication studies research the consequences of increasingly pervasive digital media and systems on individuals, society, and culture.
Computer science is concerned with the processing and analysis of large quantities of data, with media informatics focusing on the design and development of new forms of interaction with digital media.
These subjects therefore build the foundation for data science as an emerging new research area. We study these topics, placing people and their needs at the center of our efforts.
The focus of research in this pillar is the development of intelligent technical systems that are able to meet a wide range of challenges. This includes the entire development chain, from the smallest hardware component to a fully functioning robotic system.
The development of material-integrated sensorial systems, microelectronics, encoding of information and signal processing, the verification of circuits and systems, up to collaborative communication technologies, is studied here.
The robotics research focuses on the development of autonomous systems that are developed for the use in specific scenarios, for example to operate in difficult locations such as the deep sea or Mars.
In the area of cyber-physical systems, we furthermore study the cooperation of intelligent networked systems.
The described three pillars Minds, Media and Machines do not stand separately from each other, they mutually support and enrich one another.
Thus, cognitive science inspires robotics research to develop new robotic platforms. This in turn stimulates cognitive science to verify cognitive models through simulations.
Finally, the analysis of mediatized worlds and the societal consequences of increasing penetration of technology into everyday life with digital media and processing systems of communication and media studies is again taken up in the cognitive sciences, that use these insights into communicative and social conditions for their research.
The High-Profile Area Minds, Media, Machines is historically based in computer science. The thematic starting point was the interdisciplinary DFG-funded Collaborative Research Center SFB/TR 8 “Spatial Cognition”, in which spatial reasoning, spatial action, and spatial interaction of cognitive agents were researched from 2003 to 2014. After the end of its maximum funding period of twelve years, the interdisciplinary research center Bremen Spatial Cognition Center (BSCC) emerged from the SFB/TR 8 in 2015.
The High-Profile Area comprises a total of 37 professors and 362 researchers (March 2023). The majority of these researchers work in computer science (as of 2019: 26% women). The combined third-party funding budget of MMM members at the university amounted to around €46 million in 2020 and 2021.
In addition, members of MMM are responsible for a substantial number of further researchers working at collaborating external institutions.
Patrick Pollmeier / University of Bremen
The MMM Office is in charge of operational and organizational issues concerning MMM. In close coordination with the spokespersons, the Office supports activities within MMM – from joint research initiatives, innovation processes, and MMM’s public relations, to initiatives for early career researchers and equal opportunities.
Patrick Pollmeier / University of Bremen
Dr. Dennis Küster
Science Manager
kuester@uni-bremen.de
Phone +49 421 218-64266
© Phaneendra Saya Boina
Phaneendra Saya Boina
Innovation and Technology Transfer Manager
sayaboina@uni-bremen.de
Phone +49 421 218-64288
Prof. Dr. Jan Clemens Date & Time: 19.06.2023 | 16:00 - 17:30 Location: Room 2030, Cognium, Hochschulring 18 What makes our brain so flexible? What mechanisms enable us to process the vast amounts of sensory information that each and every
The nerve cells in our head are like little loaded colts: ready to "fire" at any time. Our brain consists of billions of them, connected in a dense signal network. This is stuff for nightmares, because what if the signal
The startup Ubica Robotics GmbH, which emerged from the Institute for Artificial Intelligence, has received the Science Award endowed with 50,000 euros, in the category "Best Startup". The prize was awarded by the EHI Foundation on June 1, 2022 in
Horst Karl Hahn, Director of Fraunhofer MEVIS, was awarded honorary membership of the German Radiology Society (DRG) at the German Radiology Congress (RÖKO). The congress on the topic of artificial intelligence (AI) in radiology was opened with a presentation
Congratulations to the team of Birte Richter, Felix Putze, Gabriel Ivucic, Mara Brandt, Christian Schütze, Rafael Reisenhofer, Britta Wrede and Tanja Schultz on their new publication on the MMM-funded LabLinking initiative entitled: "EEG Correlates of Distractions and Hesitations
Congratulations to the team of Birte Richter, Felix Putze, Gabriel Ivucic, Mara Brandt, Christian Schütze, Rafael Reisenhofer, Britta Wrede, and Tanja Schultz for their new publication describing the MMM-supported LabLinking initiative entitled: "EEG Correlates of Distractions and Hesitations in Human-Robot
To support the research focus Minds, Media, Machines (MMM), we are looking for a dedicated student assistant for approx. 35 hours per month with immediate effect. You can find the job advertisement here.
On 01.03.2023 the time has finally come: The "Bremen Big Data Challenge" (BBDC) is entering its eighth round! The BBDC is a programming competition on the topic of data analysis. It is organized by "JUST ADD AI", "neuland - Büro für Informatik" and "Die Sparkasse Bremen".
Abstract Behavioral Pharmacology takes advantage of the fact that most of the neurons in the central nervous system use chemical messengers (neurotransmitter molecules) to convey "information" in neuronal networks. One of the aims of this discipline is - by experimentally
The aim of this article is to more precisely define the field of research on the automation of communication, which is still only vaguely discernible. The central thesis argues that to be able to fully grasp the transformation of the media environment associated with the automation of communication, our view must be broadened from a preoccupation with direct interactions between humans and machines to societal communication. This more widely targeted question asks how the dynamics of societal communication change when communicative artificial intelligence-in short: communicative AI-is integrated into aspects of societal communication. To this end, we recommend an approach that follows the tradition of figurational sociology.
Hepp, A., Loosen, W., Dreyer, S., Jarke, J., Kannengießer, S., Katzenbach, C., Malaka, R., Pfadenhauer, M., Puschmann, C., & Schulz, W. (2023). ChatGPT, LaMDA, and the hype around communicative AI: The automation of communication as a field of research in media and communication studies. Human-Machine Communication, 6, 41-63. https://doi.org/10.30658/hmc.6.4
Scientists employed at the University of Bremen who wish to become a member of MMM send a written application (via email) to the Spokesperson(s).
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