Upcoming Conferences and Meetings

Magnetic Resonance Mailing List: serves its member community to help spread NMR related information on jobs, post-doc and PhD positions, conferences, news, etc. NOTE: the URL has changed to; https://listes.services.cnrs.fr/wws/info/nmr.

The International EPR (ESR) Society Official Twitter Account: tweeting EPR news, views and papers; https://twitter.com/EPR_ESR.

Groupement AMPERE Website: the largest organization in Europe dedicated to promoting Magnetic Resonance in Physics, Chemistry and related fields.
https://www.ampere-society.org/

The website of the International Society of Magnetic Resonance (ISMAR); ISMAR represents the whole range of magnetic resonance (MR), such as nuclear magnetic resonance (NMR), electron paramagnetic resonance (EPR) and magnetic resonance imaging (MRI):
https://www.weizmann.ac.il/ISMAR/.

Get up-to-date articles about Dynamic Nuclear Polarization enhanced NMR spectroscopy (DNP-NMR) and related terahertz technologies. Brought to you by Bridge12: https://www.bridge12.com/blog/.

Version 2.9 of the Spinach library is now available on the Theoretical and Computational Spin Dynamics Group web site and GitHub with many new features for EPR, NMR and DNP: http://spindynamics.org. It will shortly be available at NMRBox https://nmrbox.nmrhub.org.

chiLife (or ΧLife) is a python package for modeling non-canonical amino acid side chain ensembles, primarily site directed spin labels (SDSLs), and using those ensembles to predict experimental results. The goal of chiLife is to provide a simple, flexible and interoperable python interface to protein side chain ensemble modeling, allowing for rapid development of custom analysis and modeling pipelines. See https://github.com/StollLab/chiLife.

csdmpy is a Python support package for the core scientific dataset (CSD) model file exchange format. The package is based on the core scientific dataset (CSD) model (link is external), which is designed as a building block in the development of a more sophisticated portable scientific dataset file standard and is capable of handling a wide variety of scientific datasets both within and across disciplinary fields https://csdmpy.readthedocs.io.

mrsimulator 1.0 has been released (2025) and is an open-source Python package for fast computation/analysis of solid-state magnetic resonance (NMR) spectra of both crystalline and amorphous materials https://mrsimulator.readthedocs.io.

ICMRBS Youtube channel: https://www.youtube.com/channel/UCsxup-QiNEeBrfo-4d5w33Q
ICMRBS Web Site:https://www.mpinat.mpg.de/emergingmr/.

The new location of Professor Alexej Jerschow's NMR isotope list/map!
https://pages.nyu.edu/jerschow/NMRmap/NMRmap_deployed.html

NMRium, safe, advanced NMR spectral processing in a browser:
https://www.nmrium.org/

An interactive 1D NMR spectra processing tool dedicated to metabolomics; The NMRProcFlow open source software provides a complete set of tools processing and visualization of 1D NMR data, the whole within an interactive interface based on a spectra visualization;
https://www.nmrprocflow.org/

A significant part of the archive of Dr. Barry Shapiro’s NMR Newsletters is now available online at the ISMAR website. These letters are an important part of the history of magnetic resonance and should not be lost to current and future generations of spectroscopists. They were used as a quick and informal exchange of information. Many new developments in the field were announced there first. But they often also reflect a lighter side of NMR spectroscopy. Thanks to ISMAR and support by the Shapiro family for this project, these letters are now available to browse and read.
303 of the 516 issues were scanned and uploaded. For the 213 remaining ones we would like to ask the community to look in their libraries and bookshelves for the missing issues. Please send PDF’s to clemens.anklin@bruker.com or if you prefer to send the hard copy contact Clemens for a mailing address (Clemens Anklin, Stephan Grzesiek and Frances Separovic).
https://ismar-society.net/barry-shapiros-nmr-newsletters/

Martin Dračínský and the NMR-challenge team have prepared a new interactive website, where you can solve the structures of small organic compounds from 1D and 2D NMR spectra. Feel free to spread the link or use the website for teaching. Enjoy the NMR challenge!
https://nmr-challenge.uochb.cas.cz/

EquipSent Enable Education - Everywhere. Education and research in low-income countries is severly hindered by lack of funding for scientific equipment - while in high-income countries, such devices are being discarded when they come of age and are still functional. EquipSent seeks to bridge these two dilemmas. Join us to enable education, everywhere!
https://equipsent.org/

Like colouring in pictures? Like science? Visit here for science based colouring artwork!
https://www.colormephd.org.

The International Year of the Period Table was in 2019! Follow the link if you would like to access a dynamic periodic table of the elements... Courtesy of Michael Dayah. Ptable: The Interactive Periodic Table. 1 Oct. 1997. Web. 8 Mar 2019
https://ptable.com.

Do you want to collaborate with other scientists in creating synchrotron experiments? Well, The Diamond Light Source has a game for you, Diamond: The Game, created by Claire Murray, Mark Basham (Diamond Light Source) and Matthew Dunstan (University of Cambridge) and can be downloaded from the link below!
https://www.diamond.ac.uk/Public/DiamondTheGame

Want to learn about Chemistry and have fun at the same time? Now you can, visit d-Orbital Games founded by Dr Zachary Thammavongsy!
https://www.dorbitalgames.org/

Do you want to uncover your unconcious biases - then head over to Harvard's Project Implicit:
https://implicit.harvard.edu/implicit/takeatest.html