PhD Position - Neuromorphic Computing in Gravitational Wave Detec...

PhD Position - Neuromorphic Computing in Gravitational Wave Detection

What does the early universe look like? What sound does a black hole collision make? Big questions require big instruments to measure the faintest signals, like the Einstein Telescope (ET). Here, even the smallest disturbances influence the signal quality and an active, low-latency compensation is proposed. Hence, specialized electronics and FPGA-based data processing are essential for active mitigation of Newtonian noise.

The Peter Grünberg Institute - Integrated Computing Architectures (PGI-4/ICA) is an interdisciplinary research institute developing next-generation computing systems, including integrated circuits and processing architectures that go beyond conventional CMOS-based technologies. Our work focuses on scalable hardware for Quantum Computing and Neuromorphic Computing, bridging novel devices with real-world applications.

In the context of a BMFTR-funded project preparing the Einstein Telescope, we are looking for a Doctoral Researcher to develop a neuromorphic computing framework for noise mitigation.