Steven Abreu (2021-2025)
Computing in non-digital substrates
Computing in Cognitive Materials group (PI: Herbert Jaeger)
Jhon Kevin Astoquillca Aquilar (2021-2025)
Synchronization in random networks
Stochastics and Statistics group (PI: Holger Waalkens)
Ishitro Bhaduri (2023-2027)
Low power probabilistic-bits enabled reckoning
Spintronics of Functional Materials group (PI: Tamalika Banerjee)
Sanne Berg (2018-2022, thesis defense in 2023)
Self-assembled networks of functional metal oxides for neuromorphic materials
Solid State Materials for Electronics (PI: Beatriz Noheda)
Remi Brandt (2020-2024)
Neural networks with observable decisions
Innovative Computer Architectures (PI: Georgi Gaydadjiev)
Radu Cimpean (2022-2026)
The development of ordinary differential equation (ODE) theory and computational models for sense of smell
Systems Control and Applied Analysis group (PIs: Alden Waters & Stephan Trenn)
Davide Cipollini (2021-2025)
Adaptive random non-linear mappings for neural computing in ferroelastic films – This project is funded by the EU Horizon 2020 programme MANIC (under Marie Skłodowska-Curie grant agreement no. 861153)
Artificial Intelligence group (PI: Lambert Schomaker)
Otavio Citton (2023-2027)
Statistical physics of learning in layered systems of adaptive elements
Intelligent Systems Group (PI: Michael Biehl)
Madison Cotteret (2021-2024)
Neuromorphic memristive VLSI architectures for cognition
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Maxim Fabre (2021-2025)
On-chip training on analog circuits with memristive devices and bio-plausible learning algorithms
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Anouk Goossens (2018-2023)
Nanoscale memristors for new computing paradigms
Spintronics of Functional Materials group (PI: Tamalika Banerjee)
Hugh Greatorex (2021-2025)
Memristive time difference encoder
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Ruben Hamming-Green (2021-2024)
CogniGron-IBM Fellow
Combined volatile/non-volatile memristive ferroelectric arrays
Nanostructures of Functional Oxides group & IBM Research-Zurich
Paul Hansch (2022-2026)
Smart electronic olfactory system
Photophysics and Optoelectronics group (PI: M.A. Loi)
Marieke Heidema (2022-2026)
Learning in memristive electrical circuits
Systems and Control Theory Research group (PI: Bart Besselink)
Anne-Men Huijzer (2019-2023)
Memristor networks
Systems and Control Theory Research group (PI: Bart Besselink)
Fabian IJpelaar (2022-2026)
Qualitative modeling, simulation and exploration of multi-phenomenal materials dynamics
Computing in Cognitive Materials group (PI. Herbert Jaeger)
Memoona Ismael (2024-2028)
Edge of stability for enhanced memristive functionality – This project has received funding from the European Union’s Horizon 2020 research and innovation programme (under Marie Skłodowska-Curie grant agreement No 101119608). Part of TOPOCOM.
Solid State Materials for Electronics group (PI: Beatriz Noheda)
Azminul Jaman (2020-2024)
Towards a cognitive computer architecture based on memristive devices: developing short- and long-term memory
Spintronics of Functional Materials group (PI. Tamalika Banerjee)
Foelke Janssen (2022-2026)
Qualitative modeling, simulation and exploration of multi-phenomenal materials dynamics (Q-Mat)
Solid State Materials for Electronics group (PI: Beatriz Noheda)
Lyes Khacef (2020-2022)
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Philipp Klein (2020-2024)
Learning in neuromorphic systems
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Alexander Kugele
Event‐based vision for automated driving
Bio-inspired Circuits and Systems (PI: Elisabetta Chicca)
Safiere Kuijpers (2023-2027)
Memristive models for faster material design cycles towards applications
Computational & Numerical Mathematics group (PI: Julian Koellermeier)
Dr. Celestine Lawrence (2020-2023)
Theory of neuromorphic computing – This project has received funding from the EU Horizon 2020 Research and Innovation programme MEMSCALES, under grant agreement no. 871371
Computing in Cognitive Materials group (PI: Herbert Jaeger)
Mian Li (2020-2024)
Morphological image analysis of conduction maps – This project has received funding from the EU’s Horizon 2020 programme MANIC, under the Marie Skłodowska-Curie grant agreement 861153.
Scientific Visualization and Computer Graphics (PIs: Michael Wilkinson & Jos Roerdink)
Jesse Luchtenveld (2021-2025)
CogniGron-IBM Fellow
Analogue phase-change memory cells for neuromorphic computing
Nanostructured Materials and Interfaces group & IBM Research-Zurich (PIs: Bart Kooi and Abu Sebastian)
Michele Mastella (2020-2024)
Neuromorphic embedded processing for touch – This project is funded by the EU Horizon 2020 Research and Innovation project NEUTOUCH, under grant agreement no. 813713
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Ton Juny Pina (2022-2026)
Neuromorphic odor classification
Bio-inspired systems and circuits group ((PI: Elisabetta Chicca)
Guillaume Pourcel (2020-2024)
Theory of neuromorphic computing – This project is funded by the EU Horizon 2020 Research and Innovation programme POSTDIGITAL under the Marie Skłodowska-Curie grant 860360.
Computing in Cognitive Materials group (PI: Herbert Jaeger)
Jan Rieck (2019-2024)
Memristor networks from self-assembled domain walls in oxides – This project has received funding from the EU’s Horizon 2020 programme MANIC, under the Marie Skłodowska-Curie grant agreement 861153.
Solid State Materials for Electronics (PI: Beatiz Noheda)
Julien van der Ree (2021-2024)
Nanoparticle based percolating networks towards neuromorphic computing
Physics – Surface interactions and Nanostructures group (PI: George Palasantzas)
Ole Richter (2020-2024)
Neuromorphic integrated systems for network stability and homeostasis
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Dr. Nicoletta Risi (2022-2024)
Bio-inspired Circuits and Systems group (PI: Elisabetta Chicca)
Saad Saleh (2020-2024)
New switching architectures with memristors for neuromorphic computing
Computer Networks group (PI. Boris Koldehofe)
Mart Salverda (2018-2023)
Neuromorphic phenomena in thin film perovskite oxides
Solid State Materials for Electronics (PI: Beatiz Noheda)
Dr. Martin Sarott (2024- )
Ferroelectric devices for brain-inspired computing - This project has received funding from the Horizon Europe programme CONCEPT under the Grant Agreement 101135946
Solid State Materials for Electronics (PI: Beatiz Noheda)
Jordi Timmermans (2022-2026)
Nb-doped SrTiO3 memristive interfaces for bio inspired computing
Artificial Intelligence group (PI. Lambert Schomaker)
Thomas Tiotto (2020-2024)
Towards a cognitive computer architecture based on memristive devices: developing short- and long-term memory
Artificial Intelligence group (PI. Niels Taatgen)
Karoline Tran (2020-2024)
Carbon nanotube-based neuromorphic electronics
Photophysics and Optoelectronics group (PI. Maria A. Loi)
Willian Soares Girão (2020-2023)
Neuromorphic circuits for novel devices – This project has received funding from the EU’s Horizon 2020 programme MANIC under the Marie Skłodowska-Curie grant agreement 861153)
Bio-inspired Circuits and Systems (PI: Elisabetta Chicca)
Dr. Gaurav Vats (2023- 2025)
SMART: Synchronised neuro-Memristive Architecture for Reinforced learning Technology – This project has received funding from the EU’s Horizon 2020 programme SMART under the Marie Skłodowska-Curie grant agreement
Solid State Materials for Electronics (PI: Beatiz Noheda)
Peter van der Wal (2023-2027)
Robust learning of sparse representations: brain-inspired inhibition and statistical physics analysis
Information Systems group (PI: George Azzopardi)
Daniel Willhalm (2020-2024)
Large deviations in stochastic geometry
Topological Data Analysis and Data Science group (PI: Tobias Muller)
Haoran Yu (2024-2028)
Ferroelectric memristors for energy-efficient computing
Solid State Materials for Electronics (PI: Beatiz Noheda)
Jingtian Zhao (2023- 2027)
Ferroelectric memristive devices – This project has received funding from the Chinese Scholarship Council (CSC)
Solid State Materials for Electronics (PI: Beatiz Noheda)
Dr. Alejandro Pequeño Zurro (2023-2027)
Tactile Internet: remote sensing with neuromorphic technology – This project has received funding from the Dutch NWA Project NL-ECO.
Bio-inspired Circuits and Systems (PI: Elisabetta Chicca)