Topic: | STEM impulses |
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Type of funding: | Project funding programmes |
Programme: | CZS Breakthroughs |
Funded institution: |
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Materials with memory, so-called memristive materials, are intended to reproduce biological paradigms of information processing, such as learning and memory formation, extremely precisely and thus offer a new hardware basis for information technology.
Goals
The digital revolution and the increasingly widespread use of artificial intelligence are changing our society and our technologies in an unprecedented way - a development with ever higher energy requirements and far-reaching consequences for our climate. This calls for innovative technologies that respond adequately to the new demands. In this context, neuromorphic electronics are a promising approach in which biological learning and memory processes are replicated electronically. The central building blocks of these systems are memristive materials that imitate biological learning processes by means of a memory function. The aim of the MemWerk project is to tailor these materials for neuromorphic electronics. The planned work for this includes a fundamental synthesis and analysis of the materials, their transfer into electronic components, the design of innovative neural network structures and a mapping system that directly relates the material properties and their performance and technology parameters to performance characteristics of neuromorphic systems.
Involved persons:
Prof. Dr. Martin Ziegler
Technische Universität Ilmenau
Detailed information:
Topic: | STEM impulses |
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Programme: | CZS Breakthroughs |
Type of funding: | Project funding programmes |
Target group: | Professors |
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Funding budget: | 4.500.000 € |
Period of time: | April 2020 - März 2025 |