Proposition de stage de M1 Ecole Polytechnique, 2015 Laboratoire: Institut d’Electronique Fondamentale (IEF) Adresse: Département Nanoélectronique, Bât 220, Université Paris-Sud, 91405 Orsay Directeur du laboratoire: A. De Lustrac Responsable(s) du stage: Joseph FRIEDMAN & Damien QUERLIOZ Site web: http://www.ief.u-psud.fr/~friedman/projects.html, http://www.ief.u-psud.fr/~querlioz/ E-mail: [email protected], [email protected] Téléphone: 01.69.15.43.40, 01.69.15.33.58 Spin-Diode Logic for Bio-Inspired Computing Why? Spintronics – the utilization of electron spin in addition to charge – is a revolutionary new path for computing. In particular, Spin-Diode Logic, which uses directly cascaded magnetoresistive devices to perform binary logic functions, has the potential to transform computing through exceptional switching speeds. In this internship, we will focus on a specific original application: a spintronic Bayesian inference machine inspired by biological processes, and developed as part of a European project (http://www.bambi-fet.eu/). It can take particular advantage of the features of Spin-Diode Logic. What? Develop the theory of Spin-Diode Logic switching by creating models and equations that characterize the relevant spintronic and electromagnetic processes. How? 1) Study Spin-Diode Logic and the spintronic devices with which it can be implemented. 2) Generate physical model of the circuit structure based on spintronic and electromagnetic wave theory. 3) Formulate equations that characterize the switching speed of Spin-Diode Logic based on physical model. 4) Evaluate switching speed of Spin-Diode Logic for particular spintronic devices. 5) Investigate implications for spintronic computing with bioinspired Bayesian inference. 6) Publish paper(s) describing model, explaining equations, and discussing computing implications for binary logic and Bayesian inference. For students focused on: Electrical Engineering, Physics or Applied Physics. The internship should be 10 weeks minimum.
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