Technische Universität Dresden

Media

The Chua Memristor Center provides some videos about Memristors and research topics here.

Memristors on Edge of Chaos

MEMRISYS 2024 Opening Lecture of Prof. Leon Chua (University of California, Berkeley, and Honorary Chair of the CMC) in Seoul, 10.11.2024

Chua's Riddle and Edge of Chaos Kernel in Memristors: Solution to Galvani's 240-Year Old Excitability Puzzle

Keynote of Prof. Leon Chua (University of California, Berkeley, and Honorary Chair of the CMC) at the CNNA Conference in Catania, 29.09.2021.

Video Lecture: Edge of Chaos – The Elan Vital of Complex Phenomena

In this video lecture, Alon Ascoli talks about the Theory of Local Activity. It’s a three-hour extended version of ECCTD2020 Plenary Talk for the Chua Memristor Center (CMC).  The theoretical concepts are explained with illustrative examples from electronics, and biology.

The Chua Lectures

In 2015 Prof. Leon Chua gave an exciting lecture series at HP Labs in Palo Alto, CA. The pioneer in neural networks and Memristor research offered a peek into his work and various research areas.

The course of twelve weekly lectures was a journey from Memristors over Cellular Nonlinear Networks to the Edge of Chaos.

Part 1: Once over lightly

Part 2: Everything you wish to know about memristors but are afraid to ask

Part 3: 10 Thing You Didn’t Know about Memristors

Part 4: 10 More Things You Didn’t Know about Memristors

Part 5: Brain

Part 6: Cellular Nonlinear Networks

Part 7: From Limulus to Sombrero

Part 8: Sights and Sounds of Chaos

Part 9: Everything You Wish to Know about Complexity

Part 10: Local Activity and the Edge of Chaos

Part 11: Teaching Monkeys to Compute Like a Turing Machine

Part 12: 137 is a Magic Number!

First Memristor and Memristive Symposium

The first symposium on Memristors and Memristive Systems took place at UC Berkeley, CA. For the first time ever since Leon Chua published his paper in 1971, it was possible to discuss the potential of memristors.

The missing memristor was freshly found by a team of R. Stanley Williams at HP Labs. Join the beginning!

Part 1

Part 2

Part 3

Part 4