Highly Reproducible and CMOS-compatible VO2-based Oscillators for Brain-inspired Computing
- Olivier Maher
- Roy Bernini
- et al.
- 2024
- Nature Scientific Reports
Bernd Gotsmann
Overview
Title
Principal Research Scientist
Location
IBM Research Europe - Zurich
Zurich, Switzerland
Bio
Bernd Gotsmann is a Principal Research Scientist in the Science & Technology department at IBM Research – Zurich.
His research is focused on nanoscale electronics with applications in thermal transport, thermoelectricity, tribology, molecular electronics and nanomechanics. He is principal investigator in the EU projects SCHINES, QuIET, EFINED and MANIC, and the SNSF projects Hydronics and Molecular Scale Thermal Transport.
Bernd Gotsmann studied Physics at the University of Muenster, Germany, and the University of York, UK. After receiving his PhD he joined IBM in 2001 as a postdoctoral fellow and became a Research Staff Member in 2006. He is manager of the Physics and Science of Information Group at IBM Research.
Since 2020 he is president of division 2 of the Swiss National Research Council.
Publications
Magnetic Field-Effect Transistors based on The Topological Semimetal NbP
- Lorenzo Rocchino
- Federico Balduini
- et al.
- 2024
- MRS Spring Meeting 2024
Negative longitudinal magnetoresistance and anomalous hall effect in the topological semimetal CoSi
- Federico Balduini
- Adolfo Grushin
- et al.
- 2024
- APS March Meeting 2024
Magnetoresistive-coupled transistor using the Weyl semimetal NbP
- Lorenzo Rocchino
- Federico Balduini
- et al.
- 2024
- Nature Communications
Exploiting Phase-Change-Material Physics for Unconventional Computing: VO2-based Oscillators and Phase-Change-Memories for Neuronal & Synaptic functions
- 2023
- E\PCOS 2023
Probing the chiral Fermi surface of the Weyl semimetal NbP using Transverse Electron Focusing
- Federico Balduini
- Alan Molinari
- et al.
- 2023
- CMD 2023
The role of material science in neuromorphic computing
- Valeria Bragaglia
- Tommaso Stecconi
- et al.
- 2023
- CMD 2023
Quantitative Temperature Measurement of Self-Heating in Non-Linear Devices Using Scanning Thermal Microscopy
- Nele Harnack
- Pengyan Wen
- et al.
- 2023
- MRS Spring Meeting 2023
Phase Change Materials from the Thermal Point of View
- Nele Harnack
- Pengyan Wen
- et al.
- 2023
- MRS Spring Meeting 2023
Improving VO2 Granular Films’ CMOS Compatibility to Perform Oscillation-Based Computing
- Olivier Maher
- Nele Harnack
- et al.
- 2023
- MRS Spring Meeting 2023
Patents
- CN
- ZL201880053556.3
- US
- 11683938
- US
- 11674237
- JP
- 7252692
- US
- 11157792
- US
- 11143931
- IN
- 360846
- DE
- 11 2018 003 232
- US
- 10892299
- GB
- 2579327
Top collaborators
OM
Olivier Maher
Pre-Doctorate Candidate, Neuromorphic Computing
SK
Siegfried Karg
RSM, Science & Technology
LR
Lorenzo Rocchino
Pre-Doctoral Researcher
CZ
Cezar Zota
Staff Research Scientist, Master inventor