Computing in der Werkstoffwissenschaft
Neuromorphe Systeme

Neuromorphe Systeme nutzen Konzepte neuronaler Strukturen, um energieeffiziente Rechenarchitekturen zu entwickeln. Materialwissenschaften untersuchen dabei speziell die Eigenschaften und Integration von Werkstoffen in speicher- sowie schaltfähigen Systemen.

Verwandte Tags

memristive Geräte
Ionenwanderung
Morphologische Analyse
Durchdringungsschwelle
ionischer Transport
Elektronik
Bioelektronik
Funktionswerkstoffe
Bio-inspirierte und Interaktive Materialien
Silbernanopartikel
Impedanzspektroskopie
Photoelektronenspektroskopie
elektrische Stimulation
elektrophoretische Abscheidung
Forschung und Entwicklung
Titandioxid
Knochenregeneration
Interdisziplinäre Forschung
Piezoelektrische Materialien
Künstliche Intelligenz
Aufbau- und Verbindungstechnik
thermoelektrische Materialien

Neues

Lecture
02.04.2025
3D Tetrapodal ZnO-Based Nanonetworks Coated with Exfoliated Graphene and MoS₂ for Brain-Inspired Computing
Pooker, P. (Speaker)¹; Kaps, S.¹; Adelung, R.¹
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
02.04.2025
Redox wiring for synapse inspired networked connections
Madurawala, R. (Speaker)¹; Kaps, S.¹; Adelung, R.¹
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
02.04.2025
Self-organized memristive switching in neuromorphic nanoparticle networks studied in operando using complementary SEM methods
Gronenberg, O. (Speaker)¹; Adejube, B.¹; Asnaz, O.H.¹; Carstens, N.¹; Faupel, F.¹; Hemke, T.²; Kienle, L.¹; Mussenbrock, T.²; Schürmann, U.¹; Strunskus, T.³; Vahl, A.¹
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Invited Talk
02.04.2025
Switching dynamics in memristive devices: Bridging theory and experiments for neuromorphic applications
Yarragolla, S. (Speaker)¹; Hemke, T.²; Mussenbrock, T.²; Trieschmann, J.³
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
31.03.2025
CRC 1461 Neurotronics: Bio-inspired Information Pathways
Vahl, A. (Speaker)¹; Kohlstedt, H.²
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
25.09.2024
Memristive characteristics and establishment of percolation pathways of Ag nanoparticles within lateral metal-insulator-metal (MIM) memristive structures
Blum, M. (Speaker)¹; Honig, H.¹; Knauer, A.¹; Schneegaß, J.¹
MSE 2024

Beliebt

Lecture
02.04.2025
Self-organized memristive switching in neuromorphic nanoparticle networks studied in operando using complementary SEM methods
Gronenberg, O. (Speaker)¹; Adejube, B.¹; Asnaz, O.H.¹; Carstens, N.¹; Faupel, F.¹; Hemke, T.²; Kienle, L.¹; Mussenbrock, T.²; Schürmann, U.¹; Strunskus, T.³; Vahl, A.¹
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Invited Talk
02.04.2025
Switching dynamics in memristive devices: Bridging theory and experiments for neuromorphic applications
Yarragolla, S. (Speaker)¹; Hemke, T.²; Mussenbrock, T.²; Trieschmann, J.³
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
31.03.2025
CRC 1461 Neurotronics: Bio-inspired Information Pathways
Vahl, A. (Speaker)¹; Kohlstedt, H.²
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
02.04.2025
3D Tetrapodal ZnO-Based Nanonetworks Coated with Exfoliated Graphene and MoS₂ for Brain-Inspired Computing
Pooker, P. (Speaker)¹; Kaps, S.¹; Adelung, R.¹
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
02.04.2025
Redox wiring for synapse inspired networked connections
Madurawala, R. (Speaker)¹; Kaps, S.¹; Adelung, R.¹
6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025
Lecture
25.09.2024
Memristive characteristics and establishment of percolation pathways of Ag nanoparticles within lateral metal-insulator-metal (MIM) memristive structures
Blum, M. (Speaker)¹; Honig, H.¹; Knauer, A.¹; Schneegaß, J.¹
MSE 2024

© 2025