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Joint ENC - ISMAR Conference April 6 - 10, 2025

Co-Hosted by Experimental Nuclear Magnetic Research Conference (ENC) at the ASILOMAR CONFERENCE CENTER

               

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Early Morning Lecture Series
Monday - Thursday, 7:00-7:50 am

Spin dynamics and SpinDynamica:
A 4-part Lecture Series

    • Monday, 7:00-7:50 AM, Merrill Hall - Part 1
    • Tuesday, 7:00-7:50 AM, Merrill Hall - Part 2
    • Wednesday, 7:00-7:50 AM, Merrill Hall - Part 3
    • Thursday, 7:00-7:50 AM, Merrill Hall - Part 4

SpinDynamica notebooks illustrating the content of Malcolm’s lectures are now available for download using this link. If you don't have a dropbox account, click on the "continue with download only" link. Note: this is a file that can only be opened by Mathematica.

Note that the lectures are expected to be useful and instructive even if you cannot execute the SpinDynamica code. So don’t worry if you can’t get this to work, or if you cannot get a suitable Mathematica license. 

We are pleased to offer another incredible early morning lecture series for 2025. Each of the four lectures will be at 7:00 am, Merrill Hall (Monday - Thursday).

Malcolm Levitt 

Professor in Physical Chemistry
University of Southampton

Those who do want to follow the SpinDynamica content of the lectures in real time need to do the following:

  1. Install Mathematica version 14.2 on your own laptop. This will require a license from your institution. Since the internet connection at Asilomar is somewhat unreliable, this license should be “stand-alone” and not require an internet connection for authentication.
  2. Download SpinDynamica 3.10.1 from here: https://www.spindynamica.soton.ac.uk/. The download generates a folder containing a SpinDynamica folder, and a Documentation folder. 
  3. Follow the installation instructions in the first file in the downloaded Documentation folder, or from the SpinDynamica website. Note that this is a multistep process: (i) create a Mathematica notebook, containing an instruction to append the SpinDynamica directory path to the variable $Path (this may also be included in a Mathematica Autoload folder, so that it is done automatically, each time Mathematica starts); (ii) start the Mathematica kernel and execute the code in (i) above; (iii) execute the line Needs[“SpinDynamica`”] to load the SpinDynamica code; (iv) test SpinDynamica by executing the examples in the Documentation folder. All steps above are documented with examples on the SpinDynamica website, and in the Documentation folder.
  4. Download the SpinDynamica notebooks for the lecture sessions, which will appear here before the conference starts. 
Apologies, but the conference organisers or Malcolm Levitt cannot answer individual queries on the installation or functionality of SpinDynamica, before the meeting.


Thank you ENC Major Sponsors



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