Difference between revisions of "Spinach developer team"
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|[[Anupama Acharya]]||University of Southampton||Kernel and MRI module | |[[Anupama Acharya]]||University of Southampton||Kernel and MRI module | ||
|- | |- | ||
| − | |[[Anakin Aden]]|||| | + | |[[Anakin Aden]]||Max Planck Institute||Parahydrogenation functionality |
|- | |- | ||
|[[Ahmed Allami]]||University of Southampton||MRI module | |[[Ahmed Allami]]||University of Southampton||MRI module | ||
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|[[Bjorn Corzilius]]||Gothe University Frankfurt||DNP examples | |[[Bjorn Corzilius]]||Gothe University Frankfurt||DNP examples | ||
|- | |- | ||
| − | |[[Ke Dai]]||Shanghai Jiao Tong University|| | + | |[[Ke Dai]]||Shanghai Jiao Tong University||SPEN pulse sequences |
|- | |- | ||
|[[Sergey Dolgov]]||University of Bath||tensor train module | |[[Sergey Dolgov]]||University of Bath||tensor train module | ||
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|[[Zak El-Machachi]]||University of Southampton||Liquid state NMR pulse sequences | |[[Zak El-Machachi]]||University of Southampton||Liquid state NMR pulse sequences | ||
|- | |- | ||
| − | |[[Asif Equbal]]||NYU Abu Dhabi|| | + | |[[Asif Equbal]]||NYU Abu Dhabi||SIFTER pulse sequence |
|- | |- | ||
|[[Akiva Feintuch]]||Weizmann Institute||DEER examples | |[[Akiva Feintuch]]||Weizmann Institute||DEER examples | ||
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|[[Yesu Feng]]||Duke University||singlet NMR examples | |[[Yesu Feng]]||Duke University||singlet NMR examples | ||
|- | |- | ||
| − | |[[Mohammadali Foroozandeh]]||Zurich Instruments|| | + | |[[Mohammadali Foroozandeh]]||Zurich Instruments||PSYCHE pulse sequence |
|- | |- | ||
|[[Luca Garbuio]]||ETH Zurich||PCS examples | |[[Luca Garbuio]]||ETH Zurich||PCS examples | ||
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|[[David Goodwin]]||University of Oxford||Optimal control module | |[[David Goodwin]]||University of Oxford||Optimal control module | ||
|- | |- | ||
| − | |[[Andrew Graham]]|||| | + | |[[Andrew Graham]]||University of Southampton||Geometric integrators |
|- | |- | ||
| − | |[[Christian Griesinger]]||Max Planck Institute for Multidisciplinary Sciences|| | + | |[[Christian Griesinger]]||Max Planck Institute for Multidisciplinary Sciences||Liquid state NMR pulse sequences |
|- | |- | ||
|[[Ludmilla Guduff]]||Paris-Sud University||Ultrafast NMR experiments | |[[Ludmilla Guduff]]||Paris-Sud University||Ultrafast NMR experiments | ||
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|[[Yonatan Hovav]]||Weizmann Institute||EPR functions | |[[Yonatan Hovav]]||Weizmann Institute||EPR functions | ||
|- | |- | ||
| − | |[[Theresa Hune]]||Max Planck Institute for Multidisciplinary Sciences|| | + | |[[Theresa Hune]]||Max Planck Institute for Multidisciplinary Sciences||Liquid state NMR pulse sequences |
|- | |- | ||
| − | |[[James Jarvis]]||King's College London|| | + | |[[James Jarvis]]||King's College London||Liquid state NMR pulse sequences |
|- | |- | ||
|[[Damien Jeannerat]]||Geneva University||Spatial encoding functionality | |[[Damien Jeannerat]]||Geneva University||Spatial encoding functionality | ||
|- | |- | ||
| − | |[[Shebha Anandhi Jegadeesan]]||University of Konstanz|| | + | |[[Shebha Anandhi Jegadeesan]]||University of Konstanz||DNP and optimal control functionality |
|- | |- | ||
|[[Gunnar Jeschke]]||ETH Zurich||PCS examples, neural network module | |[[Gunnar Jeschke]]||ETH Zurich||PCS examples, neural network module | ||
| Line 89: | Line 89: | ||
|[[Jake Keeley]]||University of Southampton||DEERNet module | |[[Jake Keeley]]||University of Southampton||DEERNet module | ||
|- | |- | ||
| − | |[[Maxi Keitel]]|||| | + | |[[Maxi Keitel]]||University of Southampton||Kernel functions, optimal control |
|- | |- | ||
|[[Alan Kenwright]]||University of Durham||SPEN pulse sequences | |[[Alan Kenwright]]||University of Durham||SPEN pulse sequences | ||
|- | |- | ||
| − | |[[Hamid Khan]]||Imperial College London|| | + | |[[Hamid Khan]]||Imperial College London||Spherical integration grids |
|- | |- | ||
|[[Walter Kockenberger]]||University of Nottingham||DNP module | |[[Walter Kockenberger]]||University of Nottingham||DNP module | ||
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|[[Ilya Kuprov]]||University of Southampton||70% of Spinach code and 90% of documentation | |[[Ilya Kuprov]]||University of Southampton||70% of Spinach code and 90% of documentation | ||
|- | |- | ||
| − | |[[Pavan Lally]]|||| | + | |[[Pavan Lally]]||University of Southampton||DPFGSE pulse sequences |
|- | |- | ||
| − | |[[Ohad Levinkron]]|| | + | |[[Ohad Levinkron]]||Weizmann Institute of Science||Time evolution function |
|- | |- | ||
| − | |[[Malcolm Levitt]]||University of Southampton|| | + | |[[Malcolm Levitt]]||University of Southampton||Spherical integration grids |
|- | |- | ||
| − | |[[Bruno Linclau]]||University of Southampton|| | + | |[[Bruno Linclau]]||University of Southampton||Chemical kinetics functionality |
|- | |- | ||
| − | |[[Bruno Luong]]||FOGALE nanotech|| | + | |[[Bruno Luong]]||FOGALE nanotech||Spherical integration grids |
|- | |- | ||
|[[Bud Macaulay]]||University of Southampton||Liquid state NMR pulse sequences | |[[Bud Macaulay]]||University of Southampton||Liquid state NMR pulse sequences | ||
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|[[Alex Nevzorov]]||North Carolina State University||Kernel functions | |[[Alex Nevzorov]]||North Carolina State University||Kernel functions | ||
|- | |- | ||
| − | |[[Mathias Nilsson]]||University of Manchester|| | + | |[[Mathias Nilsson]]||University of Manchester||Data import functions |
|- | |- | ||
|[[Barbara Odell]]||University of Oxford||Relaxation theory examples | |[[Barbara Odell]]||University of Oxford||Relaxation theory examples | ||
|- | |- | ||
| − | |[[Emile Ottoy]]||Ghent University|| | + | |[[Emile Ottoy]]||Ghent University||Plotting utilities |
|- | |- | ||
| − | |[[Konstantin Pervushin]]||Nanyang University|| | + | |[[Konstantin Pervushin]]||Nanyang University||Kernel functions |
|- | |- | ||
|[[Andrew Porter]]||University of Southampton||Liquid state NMR pulse sequences | |[[Andrew Porter]]||University of Southampton||Liquid state NMR pulse sequences | ||
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|[[Venkata Subbarao Redrouthu]]||University of Konstanz||DNP pulse sequences | |[[Venkata Subbarao Redrouthu]]||University of Konstanz||DNP pulse sequences | ||
|- | |- | ||
| − | |[[Lewis Robertson]]|||| | + | |[[Lewis Robertson]]||University of Oxford||NQR experiments |
|- | |- | ||
| − | |[[Madhukar Said]]||Ghent University|| | + | |[[Madhukar Said]]||Ghent University||Chemical kinetics functionality |
|- | |- | ||
|[[Dmitry Savostyanov]]||University of Brighton||tensor train module | |[[Dmitry Savostyanov]]||University of Brighton||tensor train module | ||
Latest revision as of 14:11, 4 April 2026
Individual author contributions
| 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 |