MEMQuD is a Joint Research Project within the European Metrology Research Programme EMPIR. The overall aim of the project is to investigate and exploit quantized conductance effects in Memristive devices (MemQuDs) that operate reliably, in air and at room temperature. In particular, the project will focus on the development of memristive model systems and on nanometrological characterization techniques at the nanoscale level to study memristive devices, to establish a relationship in between material properties and device functionalities and to better understand and control the quantized effects in memristive devices. _______________ Follow us on Facebook: https://bit.ly/3fexgkG
Link esterno per MEMQuD | EMPIR Project
Assistant Professor of Machine Learning at the University of Pisa, Italy - Available for consulting on Dynamical Systems, Reservoir Computing, Graph Neural Networks
🚨our workhop on #DeepLearning meets #Neuromorphic #Hardware @ #ECMLPKDD 24 is now accepting submissions 🚨 🔍#Reservoir computing, Neural #ODEs, #Spiking networks & more 📷 Student grants for main authors 🗓️deadline for submissions: 15th June all info here: https://shorturl.at/ctL23
Tuesday publication update! 📖 Have you ever wanted to look at quantum conductance effects? In these newest publication by Gianluca Milano , Federico Raffone, Katarzyna Bejtka, Ivan De Carlo Matteo Fretto, Fabrizio Candido Pirri, Giancarlo Cicero, Carlo Ricciardi and Ilia Valov memresitive nanowires were imaged using the #FusionAX system! ⚡🔬In this recent study, the authors look at relationships between electrochemical processes, ionic dynamics, and the formation of atomic-sized conductive filaments in memristive Ag nanowires (NWs) using in situ biasing measurements for STEM. 📈 By combining advanced classical molecular dynamics (MD) algorithms with quantum transport simulations (DFT), they were able to gain insights into quantum conductance effects at the single nanowire level. 🔍 Using both experimental and simulation showed the intrinsic relationship between electronic transport and atomic dynamic reconfiguration of the nanofilament but also elucidates deviations from integer multiples of the fundamental quantum of conductance. These deviations, influenced by peculiar dynamic trajectories of nanofilament reconfiguration and conductance fluctuations due to thermal fluctuations, offer a deeper understanding of the quantum regime in memristive devices. Want to read the entire paper? https://hubs.ly/Q02mGbjb0 #Protochips #Findyourbreakthrough #insituelectronmicroscopy #memresitivenanowires
Reilly Associate Professor at Purdue University, Materials and Mechanical Eng. - Editor-in-Chief, Graphene and 2D Materials
Happy Holidays from #NanoArtography, with the December 2023 Image of the Month Silver Xmas Xstallite NanoTree Congratulations to Gianluca Milano, Irdi Murataj, and Luca Boarino, Istituto Nazionale di Ricerca Metrologica, Italy. This image also won the 3rd place in the 2023 NanoArtography competition. More info: https://lnkd.in/eU8yXDa Wishing everyone a wonderful holiday season! #happyholidays #scienceasart #nanomaterials #silver Elsevier Materials Today, A.J. Drexel Nanomaterials Institute, Purdue University School of Materials Engineering, Purdue University Mechanical Engineering, Purdue University College of Engineering