Category: BioMCross

MemrisTec Young Researcher Award for Eter Mgeladze

Post author By MemrisTec
Post date 21.04.2023

MemrisTec Young Researcher Award Eter Mgeladze

During the workshop MemrisTec2023 Eter Mgeladze (NaMLab, BioMCross Projekt) received one of the two MemrisTec Young Researcher Awards 2023 for her paper „An Analog Memristive and Memcapacitive Device for Neuromorphic Computing“, which she presented at the conference IEEE International Conference on Electronics, Circuits and Systems (ICECS) in Glasgow, Scotland in 10/2022.

In this multi-disciplinary work research spans from material and device optimization, via electrical characterization towards basic modeling of the devices properties. One focus is the investigation of frequency-dependent potentiation and depression properties of analogue switching memristive devices. Moreover, there is a comparatively novel aspect – the interplay between memristive and memcapacitive properties within one device. The results are the base for more sophisticated modeling, that will lead to conception of new devices and circuits for low power neuromorphic systems, and as such is very timely, interesting and useful for the broader community.

All the best for Eter Mgeladze!

BioMCross News

Best Paper in Electronics-Award at MOCAST

Post author By MemrisTec
Post date 10.06.2022

Congratulations to our BioMCross-team for receiving the Best Paper in Electronics-Award at the MOCAST2022 conference for their publication: “SPICE Compact Model for an Analog Switching Niobium Oxide Memristor“.

BioMCross

NaMLab researcher wins research grant from the European Research Council

Post author By MemrisTec
Post date 12.01.2022

Congratulations to Dr. Erika Covi for receiving the prestigious Starting Grant from the European Research Council (ERC) for her pioneering project: MEMRINESS Memristive Neurons and Synapses for Neuromorphic Edge Computing. Dr. Erika Covi is a staff member at NaMLab, an affiliated institute of TU Dresden, and active in the MemrisTec project BioMCross.

Dr. Erika Covi and her team will investigate physical properties of memristive devices. Particular focus will be on the ability of memristors to mimic the learning behaviour of neurons and synapses. This property of memristors enables the development of neuromorphic electronic systems for information processing. Such intelligent and highly efficient network components are better able to meet the challenges of the Internet of Things compared to conventional technologies.

ERC Starting Grants support excellent researchers at the career stage where they establish their own independent research team or programme. Dr. Covi will receive up to €1.5 million for her five-year research.

BioMCross

MemrisTec Welcome – Dr. Richard Schroedter

Post author By MemrisTec
Post date 31.08.2021

Dr. Richard Schroedter aims to reduce the power consumption in computing with crossbar structures of memristive and memcapacitive devices in the MemrisTec project BioMCross.