Quantum physics is the solution to all of humanity's problems – as some scientists believe. Is that really the case? Prof. Dr. Carsten Schuck explores this question in the WWU podcast (in German).
On December 1st, 2022, the Collaborative Research Centre (CRC) 1459 hosted the
CRC 1459 Fall Colloquium 2022
as part of a regular series joining the Chemistry and Physics colloquia at University of Münster, bringing the two disciplines closer together.
More information here!
Saskia Frank and Inka Schröter successfully defended their proposal during the First Intelligent Matter Summer School 2022. Their proposed work on light-responsive hydrogel systems for cellular and protein transport will be funded for one year by the CRC1459 starting in January 2023. We would like to congratulate the winners again and wish them good luck with their research!
Visit our Research Training Group Website for more info on CRC1459 research proposals!
The Collaborative Research Centre (CRC) 1459 Research Training Group hosted its
1st Intelligent Matter Summer School
from September 19th to 21st, 2022
at Jugendburg Gemen.
More information on the program can be found here.
Wissen | Leben, the newspaper at WWU Münster provides insights into the research of our Collaborative Research Centre in the theme page of its June issue.
Here, scientists from our team provide insights into what intelligent matter means to them. More light is shed on the work of biochemist Seraphine Wegner and Wilfred van der Wiel explains why intelligent matter may help to solve some of the energy problems of tomorrow.
Specifically designed for female students in their first or second semester or high school students in their last years and interested in science!
Antonio Bikić just joined the Collaborative Research Centre 1459 "Intelligent Matter" to study the philosophical aspects of intelligence. One focus of his work is the question whether a theory of truth can be found for (spike-based) machine learning algorithms that can satisfactorily represent the action of the networks. He will further investigate whether teleonomic processes could in principle be realized in neuromorphic hardware.