Introduction Many memristive materials have recently been reported [1–5], and the trend continues. New designs and materials are being used to create a diverse range of devices and Knowm Inc. is now selling discrete memristors! Memristor models are also... read more
Introduction This document will help you get up and running with your own development environment compatible with Knowm’s development stack. There’s a bit of a learning curve, but we’ve taken measures to make collaborating as easy as pos... read more
[popupwfancybox id=”6″] Automated Device Modeling A typical modeling methodology involves selecting the appropriate model formulation based on device physics and the device’s final application in a circuit, making the necessary physical meas... read more
[popupwfancybox id=”6″] Ever since Knowm Inc. first launched the BS-AF-W memristors, it became clear that we needed a low-cost programmable interface to make it easier for people to learn how memristors work. Memristors are strange. They are &... read more
[popupwfancybox id=”7″] In 2009, Biolek et al. published a paper showing an idealized memristor model for a newly publicized memristor created at HP labs. The paper can be downloaded here. The model is referred to in a fews ways: “The Id... read more
[popupwfancybox id=”6″] In 2013, Pershin et al. published a paper showing an idealized memristor model for a device that changes it’s conductance as a function of the applied voltage. The paper can be downloaded here. This blog post is a... read more
While semiconductors and software continue to expand the capabilities of electronics products, a new kind of passive component is breaking into the fast lane. The memristor (short for memory varistor, or memory resistor) has been called the fourth type of... read more
[popupwfancybox id=”6″] A Big Need For Something Simple Reliable and robust CMOS compatible memristors exist and they are going to change the world of computing and electronics. Before this can happen, however, we must separate fantasy from fa... read more
[popupwfancybox id=”6″] Dr. Kris Campbell introducing the Silver and Copper self directed channel memristor at the 5th Memristor Symposium in August 2016 in Dresden. Development history of Self Directed Channel Memristor including IP informati... read more
[popupwfancybox id=”6″] Xyce is a new (relative to the original SPICE) circuit simulator from Sandia National Laboratories that is SPICE-compatible but operates in a fundamentally different way under the hood. Xyce boasts a modern code base, a... read more