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MemrisTec at ICNCE2026

MemrisTec at ICNCE2026 in Aachen

From 29 June to 2 July, the International Conference on Neuromorphic Computing and Electronics (ICNCE) 2026 took place in Aachen — and the DFG Priority Programme MemrisTec was represented by a strong delegation.

Numerous researchers from the MemrisTec projects presented their latest findings — both in the form of talks and at the well-attended poster sessions. Ranging from fundamental work on memristive device physics to system-level approaches in neuromorphic computing, the breadth of contributions impressively reflected the thematic scope of the Priority Programme.

A distinctive feature of ICNCE 2026 was its interdisciplinary audience: experts from memristive electronics, the neurosciences, neuromorphic computing, and adjacent disciplines came together here. This cross-disciplinary dialogue lies at the very heart of MemrisTec — and the conference offered ideal conditions for bridging perspectives across materials science, engineering, computer science, and neurobiology.

Alongside the scientific programme, the conference provided a wide range of networking opportunities. During the breaks, at the poster sessions, and throughout the accompanying programme, new contacts and potential collaborations emerged — valuable impulses that will resonate well beyond the conference itself.

Finally, our sincere thanks go to the organising committee, whose great dedication made possible a smoothly run and scientifically outstanding conference. The successful combination of scientific depth, an open atmosphere, and excellent organisation made ICNCE 2026 a true highlight.We are already looking forward to the next edition, and we thank all MemrisTec participants for their contributions.

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Register now for MemrisTec Summer School 2026 in Rostock at the Baltic Sea

The 2026 episode of the MemrisTec Summer Schools will bring interested students and researchers together at the University of Rostock, Germany.

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MemrisTec2026 in Kiel and Baltic Sea

MemrisTec2026 in Kiel and Baltic Sea

At this year’s MemrisTec2026 coordination workshop, participants shared the results of the ongoing funded projects as well as the three new associated projects. A key objective was to facilitate exchange among the project teams, a goal further enhanced by the Baltic Sea setting and the pleasant weather. A big thank you from MemrisTec coordinator Ronald Tetzlaff of TUD Dresden University of Technology to all participants and the local organizers from Kiel University led by Martin Zieger, who made this meeting a productive workshop. We look forward to the MemrisTec2027 final workshop in Dresden!

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MemrisTec Seminar 2025 in Leipzig

MemrisTec Seminar 2025 in Leipzig

From 25–27 November 2025, the MemrisTec Seminar 2025 was held in Leipzig at the Leibniz Institute of Surface Engineering (IOM). The seminar brought together ten PhD, master’s, and diploma students from across the MemrisTec research program.

Participants presented the progress of their theses and discussed their work in an interdisciplinary setting with feedback from peers and senior researchers. The program also included laboratory tours at IOM and invited talks on career paths and the German research landscape.

A lecture on “A Molecular Chemical Route to Quantum Information Processing and Neuromorphic Computing” was given by Kirill Monakhov. The seminar provided a valuable platform for knowledge exchange among participants.

A huge thank you from the MemrisTec coordinator Ronald Tetzlaff from Technische Universität Dresden to all participants and the local organizers around Kirill Monakhov from the Leibniz Institute of Surface Engineering in Leipzig who offered perfect conditions to perform this Seminar.

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MemrisTec2025 in Osnabrück

MemrisTec2025 in Osnabrück

We’ve just wrapped up three fantastic days of engaging conversations, insightful presentations, VR and tactile demonstrations at the workshop MemrisTec2025 here in beautiful Osnabrück. Blessed with amazing spring weather, the Botanical Garden of Universität Osnabrück fostered the collaborative spirit and cross-project interactions among members of the DFG SPP MemrisTec. Apart from the scientific project presentations even the stories from the night watchers were amazing, e.g. on the Peace of Westphalia. A huge thank you from the MemrisTec coordinator Ronald Tetzlaff from Technische Universität Dresden to all participants and the local organizers around Gordon Pipa for making this gathering a fruitful workshop. Looking forward to MemrisTec2026 in Kiel with the local organizer Martin Ziegler!

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Register now for MemrisTec Summer School 2025 in Sevilla

The 2025 episode of the MemrisTec Summer Schools will bring interested students and researchers together at the University of Sevilla and the Microelectronics institute IMSE-cnm of Sevilla, Spain.

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MemrisTec at ICNCE2024

MemrisTec at ICNCE2024 in Aachen

Numerous MemrisTec scientists followed the invitation of the colleagues in Aachen and Jülich to the ICNCE2024, the International Conference on Neuromorphic Computing and Engineering in Aachen. From 3.-6. June participants from the disciplines Neuroscience & Brain Research, Electrical Engineering & Material Physics, and Computer Science & AI Research, exchanged their understanding of the brain and brain-inspired technologies like artificial synapses with memristive devices.

The priority program MemrisTec was presented with a poster giving an overview on the 16 projects and the coordination measures.

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Cutting-Edge Innovations Unveiled at Embedded World Fair in Nuremberg

Spitzeninnovationen auf der Embedded World Messe in Nürnberg vorgestellt

The embedded world fair, the leading international trade fair for embedded systems, concluded last week. Among the standout exhibitors was also MemrisTec, the research program dedicated to bring memristive devices toward smart technical systems. Our booth 5-140 at the fair proved to be a captivating destination for industry professionals and technology enthusiasts alike.

ReLoFeMris Simulator

At the end of the 1960s, Leon Chua created the term memristor, an artificial word made up of the words “memory” and “resistor”. According to Chua’s circuit theory, memristor includes all devices whose current/voltage curve runs through the point of origin of the coordinate system and thus, in contrast to other non-volatile memory elements such as ferrite core memories, have a squeezed hysteresis curve. As with all non-volatile memory elements, the state stored in the memristor is not lost even after the operating voltage is switched off.

In addition to the more familiar elements such as resistive ReRAMs (ReRAMs), phase change memories (PCMs) and spin-torque transfer magnetic resistive RAMs (STT-MRAM), this class of memristive components also includes so-called ferroelectric tunnel junction (FTJ) devices. Compared to the other variants mentioned, the latter have the great advantage of generating extremely low readout currents.

It is possible to use this advantage to build embedded AI architectures based on so-called hyperdimensional computing (HDC), which is a kind of alternative to deep neural networks.
In HDC systems, information, e.g. given in the form of individual vectors, is stored distributed in the entries of a very large vector, called a hypervector. Such HDC systems can be used, for example, to analyze EMG signals in order to recognize hand gestures. A large number of e.g. binary entries in the vectors is important.

E.g., such hypervectors can be stored in matrix-shaped crossbar structures. When recognizing a gesture, a large number of elements in a column may have to be read out in parallel and added up. To prevent the currents from becoming too large, it is advisable for the read-out elements to produce only small currents, and this is precisely the case with FTJs.

In order to build crossbar structures in highly integrated mixed-signal chips that can be realized with FTJs in the future, computer architecture studies must be carried out in advance. This allows the crossbar structures to be better evaluated qualitatively and quantitatively. One means of doing this is simulation.

For this reason, the Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) has been working on the project “ReLoFemRis – Reconfigurable Logic and Multi-bit in-memory processing with ferroelectric memristors” as part of the priority program funded by the German Research Foundation (DFG SPP 2262).

In ReLoFemRis, the adaptation of FTJs for computer architectures has generally been researched in recent years and a device and architecture simulator has been developed for that in SystemC.

This simulator was presented at the booth. It has shown how a corresponding architecture can be used for hand gesture recognition.

AiML Demonstrator

Artificial Intelligence Memristive Logic (AiML) Technology is a pioneering memristor-based Computing-in-Memory (CIM) startup tailored for Edge AI applications. Through memristive arrays, it not only stores AI model weights directly on-chip but also conducts the matrix-matrix multiplications. In the embedded world landscape of 2024, the AiML demonstrator will showcase image classification capabilities with remarkable efficiency, boasting ultra-low power consumption tailored specifically for Edge AI deployments.

MEMMEA Emulator

The presented emulator opens the possibilities to characterize electrical properties of the proposed integrated chip and to measure biological samples with a robust system which is easy to modify. These measurements allows us to test different parameter settings and to determine the interaction between neural tissue and the used signal processing.

The emulator consists of certain PCBs with discrete electronic devices as well as a commercially available passive „Multi-Electrode-Array“ (MEA) and a simple passive „Memrisive-Array“ (MEMA) processed on a blank standard waver (with SiO2 coating).

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Register now for MemrisTec Summer School 2024 in Groningen

The 2024 episode of the MemrisTec Summer Schools will bring interested students and researchers together at CogniGron in the university of Groningen, Netherlands.

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MemrisTec2024 Workshop from 9-12 April in Nuremberg

The host of the 2024 exchange workshop of the MemrisTec priority program is the Friedrich-Alexander-University (FAU) Erlangen-Nuremberg with the Chair of Computer Architecture under the direction of Prof. Dr.-Ing. Dietmar Fey.

The final workshop of funding phase I will simultaneously initiate funding phase II with the presentation of the results of the ongoing projects and provide an outlook on the projects of the coming years.

MemrisTec2024 will take place from April 9 to 12, 2024 and will enable participants to experience the embedded world trade fair, where MemrisTec will also be represented with a stand (Hall 5, Stand 5.140) and several demonstrators.

Event page for MemrisTec members