| Name |
Institution |
Contributed to
|
| Anupama Acharya |
University of Southampton |
Kernel and MRI module
|
| Anakin Aden |
Max Planck Institute |
Parahydrogenation functionality
|
| Ahmed Allami |
University of Southampton |
MRI module
|
| Jake Amey |
University of Southampton |
DEERNet module
|
| Haribabu Arthanari |
Harvard University |
Protein and RNA module
|
| Andreas Biternas |
UCL |
SpinXML and GUI
|
| Andras Boeszoermenyi |
Harvard University |
Protein and RNA module
|
| Alice Bowen |
University of Oxford |
Pulsed dipolar EPR sequences
|
| Marta Brucka |
Université de Genève |
SPEN NMR module
|
| Marina Carravetta |
University of Southampton |
Overtone and solid state NMR modules
|
| Gareth Charnock |
University of Oxford |
PCS module, NMR experiments
|
| Tajwar Choudhury |
University of Southampton |
DEERNet module
|
| Tim Claridge |
University of Oxford |
Relaxation theory examples
|
| Maria Grazia Concilio |
University of Southampton |
ESR examples, SPEN NMR module
|
| Maria Concistre |
University of Southampton |
overtone NMR examples
|
| Bjorn Corzilius |
Gothe University Frankfurt |
DNP examples
|
| Ke Dai |
Shanghai Jiao Tong University |
SPEN pulse sequences
|
| Sergey Dolgov |
University of Bath |
tensor train module
|
| Jean-Nicolas Dumez |
Paris-Saclay University |
Ultrafast NMR experiments
|
| Luke Edwards |
University College London |
kernel functions, experiments
|
| Zak El-Machachi |
University of Southampton |
Liquid state NMR pulse sequences
|
| Asif Equbal |
NYU Abu Dhabi |
SIFTER pulse sequence
|
| Akiva Feintuch |
Weizmann Institute |
DEER examples
|
| Yesu Feng |
Duke University |
singlet NMR examples
|
| Mohammadali Foroozandeh |
Zurich Instruments |
PSYCHE pulse sequence
|
| Luca Garbuio |
ETH Zurich |
PCS examples
|
| Daniella Goldfarb |
Weizmann Institute |
DEER functions and examples
|
| David Goodwin |
University of Oxford |
Optimal control module
|
| Andrew Graham |
University of Southampton |
Geometric integrators
|
| Christian Griesinger |
Max Planck Institute for Multidisciplinary Sciences |
Liquid state NMR pulse sequences
|
| Ludmilla Guduff |
Paris-Sud University |
Ultrafast NMR experiments
|
| Jennifer Handsel |
University of Oxford |
Gaussian parser
|
| Daniel Haussinger |
University of Basel |
PCS examples
|
| Hannah Hogben |
University of Oxford |
kernel functions, spin chemistry module
|
| Peter Hore |
University of Oxford |
kernel functions, spin chemistry module
|
| Yonatan Hovav |
Weizmann Institute |
EPR functions
|
| Theresa Hune |
Max Planck Institute for Multidisciplinary Sciences |
Liquid state NMR pulse sequences
|
| James Jarvis |
King's College London |
Liquid state NMR pulse sequences
|
| Damien Jeannerat |
Geneva University |
Spatial encoding functionality
|
| Shebha Anandhi Jegadeesan |
University of Konstanz |
DNP and optimal control functionality
|
| Gunnar Jeschke |
ETH Zurich |
PCS examples, neural network module
|
| Alexander Karabanov |
University of Nottingham |
DNP module
|
| Jake Keeley |
University of Southampton |
DEERNet module
|
| Maxi Keitel |
University of Southampton |
Kernel functions, optimal control
|
| Alan Kenwright |
University of Durham |
SPEN pulse sequences
|
| Hamid Khan |
Imperial College London |
Spherical integration grids
|
| Walter Kockenberger |
University of Nottingham |
DNP module
|
| Matthew Krzystyniak |
University of Oxford |
spin database, experiments
|
| Philip Kuchel |
University of Sydney |
chemical exchange examples
|
| Ilya Kuprov |
University of Southampton |
70% of Spinach code and 90% of documentation
|
| Pavan Lally |
University of Southampton |
DPFGSE pulse sequences
|
| Ohad Levinkron |
Weizmann Institute of Science |
Time evolution function
|
| Malcolm Levitt |
University of Southampton |
Spherical integration grids
|
| Bruno Linclau |
University of Southampton |
Chemical kinetics functionality
|
| Bruno Luong |
FOGALE nanotech |
Spherical integration grids
|
| Bud Macaulay |
University of Southampton |
Liquid state NMR pulse sequences
|
| Nurit Manukovsky |
Weizmann Institute |
DEER functions and examples
|
| Guinevere Mathies |
University of Konstanz |
DNP pulse sequences, solid state NMR pulse sequences, slice duration optimal control
|
| Frederic Mentink-Vigier |
Weizmann Institute |
MAS DNP functions
|
| Gareth Morris |
University of Manchester |
Ultrafast, pure shift, and diffusion experiments
|
| Alex Nevzorov |
North Carolina State University |
Kernel functions
|
| Mathias Nilsson |
University of Manchester |
Data import functions
|
| Barbara Odell |
University of Oxford |
Relaxation theory examples
|
| Emile Ottoy |
Ghent University |
Plotting utilities
|
| Konstantin Pervushin |
Nanyang University |
Kernel functions
|
| Andrew Porter |
University of Southampton |
Liquid state NMR pulse sequences
|
| Jim Prestegard |
University of Georgia |
Relaxation theory module
|
| Uluk Rasulov |
University of Southampton |
Optimal Control module
|
| Venkata Subbarao Redrouthu |
University of Konstanz |
DNP pulse sequences
|
| Lewis Robertson |
University of Oxford |
NQR experiments
|
| Madhukar Said |
Ghent University |
Chemical kinetics functionality
|
| Dmitry Savostyanov |
University of Brighton |
tensor train module
|
| Dmitry Shishmarev |
University of Sydney |
chemical exchange examples
|
| Elizaveta Suturina |
University of Southampton |
PCS module
|
| Thomas Theis |
Duke University |
Singlet state functionality
|
| Shimon Vega |
Weizmann Institute |
EPR and DNP functions
|
| Gerhard Wagner |
Harvard University |
Protein and RNA module
|
| Matt Walker |
University of Southampton |
Protein NMR pulse sequences
|
| Zenawi Welderufael |
University of Southampton |
protein NMR module
|
| Phil Williamson |
University of Southampton |
Overtone and solid state NMR modules
|
| Steve Worswick |
University of Southampton |
Neural network module
|
| Li-Ping Yang |
Purdue University |
cluster correlation expansion
|
| Maxim Yulikov |
ETH Zurich |
PCS examples
|
| Kaspar Zimmermann |
University of Basel |
PCS examples
|