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Probabilistic Computing with nano-magnets
25 May 2016 | Presentation Materials | Contributor(s): Kerem Yunus Camsari
[Poster] MESH Nano-Oscillator: All Electrical Doubly Tunable Spintronic Oscillator
Modular Approach to Spintronics
28 Apr 2015 | Papers | Contributor(s): Kerem Yunus Camsari
Non-Local Inverse Spin Hall Effect Experiment
26 Oct 2014 | Downloads | Contributor(s): Kerem Yunus Camsari, Samiran Ganguly
The Modular Spintronics Library can be used to model a wide variety of devices and experimental structures. Here we present such an experimental structure that can be used to characterize the "Inverse Spin Hall Effect" and the "Spin Hall Angle" in various different materials. Through a non-local experimental setup, pure spin currents are injected in a Spin Hall material and a DC voltage is developed across the material. The library can help in analyzing the structure...
Non-Local RSO Datta-Das Spin Transistor
Spin-orbit coupling phenomena in semiconductor materials constitute an important avenue for spintronics. The "Rashba Effect" that is commonly observed in III‐V materials has been predicted as a possible way of manipulating spins to show transistor action, and has been subsequently demonstrated by experiments. These devices however require low temperatures and specialized laboratory conditions. Therefore, the future of semiconducting spin‐orbit coupling...
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A Wiki by definition is a webpage whose content can be edited by anyone who has the permission to do so, without any intervention required by an editor and hence can grow, prosper and take a life of its own. The Wiki we are setting up is...
Paralellizing MATLAB Code
I have been desperately trying to speed up an NEGF code recently, and having been informed that we have state-of-the-art clusters available to us, I set out to find out how to parallelize MATLAB codes of particular interest to our research group. I have been discussing with Lutfe and...
Lessons from Nanoscience - Text Errata
Chapter 5 Page 46 Equation 5.10 has a typo. The last term should be divided by (h/p)3 not (p/h)3.
Lessons from Nanoscience - Text Errata (Combined)
Page 146: Second Equation
the thermal conductivity is given by
(Image(page_146_eqn_2.jpg) failed - File not found)
here the indicated value should be 284 pW/K instead of 325 pW/K at T=300 K.
Lessons from Nanoscience Text Errata
Page iv: Planck’s constant unit is Joules-sec instead of Joules.
Page 20: Current equation should read:
Page 23: The last equation on the page:
should be numbered (3.5)
Page 46 Equation 5.10 should read: