Liquid Crystals and Solid Body Mechanics

submitted by: icamvid

Liquid Crystals and Solid Body Mechanics by Dr. Carl Modes, Rockefeller University

Liquid Crystals Optics: Tutorial

submitted by: icamvid

Liquid Crystals Optics: Tutorial by Dr. Timothy Wilkinson, University of Cambridge

Active Nematics

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Active Nematics by Dr. Julia Yeomans, University of Oxford

The Metaphase Spindle as an Active Liquid Crystal

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The Metaphase Spindle as an Active Liquid Crystal by Dr. Daniel J. Needleman, Harvard School of Engineering and Applied Sciences

An Introduction to Liquid Crystals

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An Introduction to Liquid Crystals by Dr. John Goodby and Dr. Stephen Cowling, University of York

Shock wave mechanism for bipolar resistive switching

submitted by: icamvid

Shock wave mechanism for bipolar resistive switching - Vlad Dobrosavljevic
EPICO 2012 - Electric Pulsed Induced Changes in Oxides (3556)
December 12, 2012 – December 14, 2012
Buenos Aires, Argentina

Time relaxation of the resistive retention state of complex oxides (YBCO, LSMO) / metal RRAM devices

submitted by: icamvid

Time relaxation of the resistive retention state of complex oxides (YBCO, LSMO) / metal RRAM devices - Charly Acha
EPICO 2012 - Electric Pulsed Induced Changes in Oxides (3556)
December 12, 2012 – December 14, 2012
Buenos Aires, Argentina

Comparative study of transport models for bipolar switching in memristors

submitted by: icamvid

Comparative study of transport models for bipolar switching in memristors - Gergely Zimanyi
EPICO 2012 - Electric Pulsed Induced Changes in Oxides (3556)
December 12, 2012 – December 14, 2012
Buenos Aires, Argentina

Pattern Classification by Memristive Crossbar Circuits with Ex-situ and In-situ Training

submitted by: icamvid

Pattern Classification by Memristive Crossbar Circuits with Ex-situ and In-situ Training - Fabien Alibart
EPICO 2012 - Electric Pulsed Induced Changes in Oxides (3556)
December 12, 2012 – December 14, 2012
Buenos Aires, Argentina

Insulator to metal transitions and resistive switching in the narrow gap Mott Insulator AM4Q8 (A=Ga, Ge; M=V, Nb, Ta; Q=S, Se)

submitted by: icamvid

Insulator to metal transitions and resistive switching in the narrow gap Mott Insulator AM4Q8 (A=Ga, Ge; M=V, Nb, Ta; Q=S, Se) - Laurent Cario
EPICO 2012 - Electric Pulsed Induced Changes in Oxides (3556)
December 12, 2012 – December 14, 2012
Buenos Aires, Argentina