Selected Media appearances

• Interview 'Techtiefen podcast': Jupyter Notebooks" [in German], Episode 34, 5 March 2021, 108 minutes (March 2021).
  
  
• Video interview Open Science COVID19 Analysis platform (YouTube, 27 May 2020)
  
  
• What is OpenDreamKit? (YouTube, 28 October 2018)
  
  
• Open Source Software: the goals and challenges (YouTube, 28 October 2018)
  
  
• OpenDreamKit - The Strength of Collaboration (YouTube, 28 October 2018)
  
  
• Experimental mathematics: the story of maths and computers (YouTube, 28 October 2018)
  
  

Selected talks

1. Hans Fangohr: Reproducibility in Science, (pdf) Summer Academy, Next Level Data Science, Germany, 18-29 September (2023)
   
   
2. Hans Fangohr: Unified Micromagnetic Modelling, (pdf) SPP2137 Skyrmionics Retreat, Bucerius Law School, Germany, 13-15 September (2023)
   
   
3. Hans Fangohr: Reproducibility for Computational Science, (pdf) Seminar Theory MPSD, Hamburg, 20 February (2023)
   
   
4. Hans Fangohr: Reproducibility, (pdf) Seminar Artificial Intelligence for Scientific Discovery (AI4SD), 10.5258/SOTON/AI3SD0269, Video, Southampton, United Kingdom, 14 December (2022)
   
   
5. Hans Fangohr: EOSC Jupyter Vision (Fair with Jupyter>), (pdf) PaNOSC Closing Event, Grenoble, France 29 and 30 November (2022).
   
   
6. Hans Fangohr: Research Software Engineering: Ubermag (pdf), Future Opportunities for Software in Research - 2022, Max Planck Institute for Evolutionary Biology, Ploen, Germany (12-13 May 2022)
   
   
7. Hans Fangohr: Good practice testing Python-centred open source code (pdf), National Research Data Infrastructure for Engineering Conference 2021, DOI: 10.5281/zenodo.5702697, Germany (28 Sep 2021)
   
   
8. Hans Fangohr: Reproducible Science with Jupyter, Invited presentation at University of Mainz, Germany (28 July 2021)
   
   
9. Hans Fangohr & Carsten Fortmann-Grote: Reproducible Science with Jupyter Research data management - Processing research data (presentation slides as pdf, Workshop material on Gitlab), Forschungsdatenmanagement Workshop 2021, Digital Library Max Planck (06 June 2021)
   
   
10. Hans Fangohr: Open Science COVID19 Analysis DASHH Hamburg COVID19 Series, Hamburg, Germany (4 November 2020) (pdf)
    
    
11. Hans Fangohr: Data Analysis at European XFEL, Photon Beam Systems seminar, Schenefeld, Germany (24 June 2020)
    
    
12. Hans Fangohr: Operational challenges at European XFEL during COVID19, LEAPS-IT workshop, Lund, Sweden (18 June 2020)
    
    
13. Hans Fangohr: Computational Science and Data Science at European X-ray Free Electron Laser, University of Hamburg, Germany (14 January 2020)
    
    
14. Hans Fangohr: Reproducibility in computational and data-driven science. European XFEL, Germany (17 December 2019)
    
    
15. Hans Fangohr: Towards reproducible micromagnetics with Ubermag Invited talk at British-German WE-Heraeus-Seminar on Skyrmions in Magnetic Materials, Bad Honnef, Germany (2 December 2019)
    
    
16. Hans Fangohr: Data exploration and analysis using Jupyter notebooks ICALEPCS 2019, New York, US (8 October 2019)
    
    
17. Hans Fangohr: Jupyter Notebook and Ecosystem Jupyter workshop, New York, US (5 October 2019)
    
    
18. Hans Fangohr: Big Data bei European XFEL , Sommer des Wissens, Rathausmarkt, Hamburg, Germany (22 June 2019)
    
    
19. Hans Fangohr: Reproducibility in Computational Science and Data Science, ZBI, University of Hamburg, Germany (6 June 2019)
    
    
20. Hans Fangohr: Data analysis with Jupyter Notebook for Open Science, EGI Conference 2019, (slides pdf) Amsterdam, Netherlands, 5 - 7 May 2019
    
    
21. Hans Fangohr: Data Analysis Services for European Open Science Cloud, ESRF Grenoble at PaNOSC kick-off meeting, France, 15 January 2019
    
    
22. Hans Fangohr: Computational Science and Data Science at European XFEL, at Chaos Computer Club Hamburg event, 10 December 2018
    
    
23. Hans Fangohr: Driving Simulation and Data analysis of magnetic nanostructures through Jupyter notebooks. (video, github repo, pdf slides, demo on binder), PyCon.DE 2018, Karlsruhe, Germany, 24 October 2018
    
    
24. Hans Fangohr: Aufbruch in die Petabyte Ära -- Big Data bei European XFEL. Presentation at Tag des Wissens, TU Hamburg Harburg, Hamburg, Germany, 22 September 2018
    
    
25. Hans Fangohr: Digital Agenda - challenges and opportunities. Invited talk at SNI Garching, Germany, 18 September 2018
    
    
26. Hans Fangohr: Jupyter at Research Facilities. First workshop, JupyterCon 2018, New York, US, 25 August 2018
    
    
27. Hans Fangohr: Digital Agenda - challenges and opportunities. National workshop on digital agenda, Komitee für Forschung mit Synchrotronstrahlung & Komitee für Forschung mit Neutronen, FLASH, Hamburg, 22 February 2018
    
    
28. Hans Fangohr: Online data analysis at European XFEL, High Performance Data Analysis workshop, DESY, Hamburg, 25 January 2018
    
    
29. Hans Fangohr: Overview of data analysis infrastructure at European XFEL, Karabo and data analysis workshop, DESY, Hamburg, 23 January 2018
    
    
30. Hans Fangohr: Software for Science, Keynote at CoNext workshop "Managing and Processing Images from X-Ray and Neutron Facilities", University of Copenhagen, Copenhagen, 16 November 2017
    
    
31. Hans Fangohr et al: Data analysis support in Karabo at European XFEL, Talk at ICALEPCS2017, (pdf) Barcelona, Spain, 10 October 2017
    
    
32. Hans Fangohr: Software for Science, and a little magnetism, Seminar at European XFEL GmbH, Schenefeld, 3 August 2017
    
    
33. Hans Fangohr: Report from International Conference on Software Engineering (ICSE) 2016, Austin, Texas, Presentation to Next Generation Computational Modelling community, Southampton, 24 May 2017 (pdf)
    
    
34. Hans Fangohr and Marijan Beg: Computational micromagnetics with JOOMMF OOMMF, Talk at Institute of Physics Magnetism Conference, York (UK), 3 April 2017
    
    
35. Hans Fangohr: Introduction to Micromagnetics and Jupyter OOMMF, Invited tutorial at DPG March Meeting, Dresden (Germany), 19 March 2017
    
    
36. Hans Fangohr: A case study of computational science in Jupyter notebooks: JOOMMF, Jupyter Workshop, Edinburgh (UK), 20 Jan 2017
    
    
37. Hans Fangohr: NBVAL: use case and introduction, Jupyter Workshop, Edinburgh (UK), 17 Jan 2017 (pdf)
    
    
38. Marijan Beg and Hans Fangohr: OpenDreamKit virtual research environment, Invited plenary at Open Science in the European Research Area conference, Ljubljana, (Slovenia) 17 Nov 2016
    
    
39. Hans Fangohr: User interfaces for computational science: a domain specific language for OOMMF embedded in Python , Magnetism and Magnetic Materials Conference, New Orleans, Louisiana (US), 2 Nov 2016 (pdf)
    
    
40. Hans Fangohr: Computer Science for Computational Science Seminar at Humboldt University at Berlin (Germany), 7 June 2016
    
    
41. Hans Fangohr: Software Engineering for Computational Science Lessons learned from the Nmag project, at ICSE 2016, Austin, TX (US) 16 May 2016 (pdf).
    
    
42. Hans Fangohr: Skyrmions in confined geometries. Seminar at Physics department Bristol University, Bristol (UK), 4 February 2016
    
    
43. Hans Fangohr: Software Engineering for High Performance Computing, Seminar at University of Wuppertal, Wuppertal (Germany), 1 February 2016
    
    
44. Hans Fangohr: Object Oriented MicroMagnetic Framework (OOMMF) Python interface and Jupyter integration, Contributed talk at Joint MMM-Intermag conference, San Diego, California (US), 12 January 2016
    
    
45. Marijan Beg, Hans Fangohr: Ground state search, hysteretic behaviour, reversal mechanism, and normal modes of skyrmionic textures in confined helimagnetic nanostructures, Invited talk at Institute for Theoretical Physics, Cologne, University of Cologne, Cologne (Germany), 23 Oct 2015.
    
    
46. Hans Fangohr: Software Engineering for Computational Science. Invited talk at Computer Science Seminar at Potsdam University, Potsdam (Germany), 21 July 2015.
    
    
47. Hans Fangohr: Skyrmions in confined geometries. Invited talk at Theoretical and Experimental Magnetism Meeting, Cosener's house, Oxfordshire (UK), 16 July 2015
    
    
48. Max Albert, Hans Fangohr: Reproducible and effective research computation -- one stop workflow with the Jupyter Notebook, Invited lecture at the summer school organised by the French Society for Applied and Industrial, Mathematics, Les Karellis (France), 9 June 2015
    
    
49. Hans Fangohr: Simulation software for micromagnetics. Invited talk at inaugural meeting of UK's collaborative computational project on computational magnetics, Warwick (UK), 29 April 2015
    
    
50. Hans Fangohr: Software Engineering and computer simulation for micromagnetics: confined skyrmions, Invited lecture at the University of Hamburg, Hamburg (Germany), 21 April 2015
    
    
51. Marijan Beg and Hans Fangohr: Zero-field stability, hysteretic behaviour, and reversal mechanism of skyrmionic textures in nanostructures, Invited talk at 9th International Conference on Computational Physics (ICCP9), Singapore, 6 to 11 January 2015
    
    
52. Hans Fangohr: High Productivity Computing . Invited Seminar at Paderborn Parallel Computing Centre, Paderborn (Germany). 8 December 2014.
    
    
53. Hans Fangohr: Importance of Computational Science and Engineering training, Invited plenary talk at national EPSRC meeting of CDT directors 2014, London (UK) 7 - 8 July 2014
    
    
54. Hans Fangohr: Skyrmions in finite size nanostructures Invited talk at International Current-Driven Magnetisation dynamics Workshop, Leeds (UK), 7 January 2014
    
    
55. Hans Fangohr: Finite element and multi-scale modelling in nano and micromagnetics. Invited talk at mini-workshop on Multiscale Modelling in Mainz (Germany), 7 February 2014
    
    
56. Hans Fangohr: Mesh size dependent frequency cutoff and effective damping of spin waves. Talk at 9th International Symposium on Hysteresis and Micromagnetic Modelling, Taormina (Italy), 14 May 2013.
    
    
57. Hans Fangohr: Multiscale and Multiphysics magnetism for 10Tbit/in^2 recording. Invited talk (45 min) at the 10Tbit/in^2 recording workshop at Data Storage Institute, Fusionopolis (Singapore), 28 June 2012.
    
    
58. Hans Fangohr: Python-scripted Micromagnetic simulation studies using Nmag, Invited talk (30 min) at International Workshop Advanced Micromagnetics, Magnetic Data Recording Center, San Diego (US), 21 May 2012 (30 minutes).
    
    
59. Hans Fangohr & Max Albert: Joule Heating in Nanowires and the role of roughness in domain wall motion. Invited talk (30 min) at International Symposium for Domain Wall motion, Hamburg (Germany), 29 May 2012.
    
    
60. Hans Fangohr: Micromagnetic simulation studies using Nmag, Invited talk (36 min) at Magnetism and Magnetic Materials conference 2011, Scottsdale, Arizona (US), 2 Nov 2011
    
    
61. Hans Fangohr: Modelling and Simulation with Python, Invited session and workshop at 1st International Summer School Lower Austria on "Nanotechnology and Virtual Reality", Waidhofen/Ybbs (Austria), 24-29 July (2011)
    
    
62. Hans Fangohr: Joule heating in spin-torque transfer devices, Talk DC-12, MMM 2010, Atlanta (US), 14-18 November 2010
    
    
63. Hans Fangohr: Computational Steering of Parallel Micromagnetic Calculations, Invited talk, SIAM Mathematical Aspects of Materials Science, Philadelphia (US), 26 May 2010
    
    
64. Hans Fangohr: Using Mac OS X for scientific computation , Seminar Institute for Complex Systems Simulations, Southampton (UK), 7 October 2009
    
    
65. Finite element micromagnetic simulation framework, Invited contribution to Biomagnetic Sensing Workshop, Cambridge, 25 September (2009)
    
    
66. Hans Fangohr and Matteo Franchin: Periodic Boundary Conditions and Computational Steering in Micromagnetics, Invited talk at International Conference on Mathematical Modelling (MATHMOD) 2009, Vienna (Austria), 13 February (2009)
    
    
67. Hans Fangohr: Multi-scale multi-physics Modelling, SYMBIOSIS meeting on Nanotechnology, Basingstoke, 7/8 July (2008)
    
    
68. Hans Fangohr: Computer Simulations of Magnetic Nanostructures Invited talk for colloquim at the University of Exeter, Exeter, 16 May (2008)
    
    
69. Hans Fangohr: Group Learning and Feedback, Away Day on Feedback provision, School of Engineering Sciences, Wide Lane Conference Facilities, Southampton, 24 January (2008).
    
    
70. Hans Fangohr: Micromagnetism and magnetic media. School of Engineering Sciences seminar, University of Southampton, Southampton, UK, 22 October (2007)
    
    
71. Hans Fangohr: Computer simulations of magnetic nanostructures. Invited seminar at University of Hamburg, SFB668, Germany, 18 June (2007)
    
    
72. Hans Fangohr: Towards simulations of functional magnetic nano devices. Talk at COST P19 WG3 meeting, Naples, Italy, 7 June (2007)
    
    
73. Hans Fangohr: Advances in computational micromagnetics of nanostructures. Talk at CMMP 2007, Leicester, UK 13 April (2007)
    
    
74. Hans Fangohr: Micromagnetic simulations and spin transfer torque Invited talk at spin@rt meeting, University of Durham, Durham, UK 15 January (2007)
    
    
75. Hans Fangohr: Introduction to Micromagnetics CED Seminar, School of Engineering Sciences, Southampton, UK 19 December (2006)
    
    
76. Thomas Fischbacher and Hans Fangohr: "Multiphysics extension to micromagnetic calculations". Computational Magnetism 2006, London, 13 December (2006).
    
    
77. Hans Fangohr and Thomas Fischbacher: "Multi-Physics Finite Element simulations of Spin-Polarized Currents in Ferromagnets". Invited talk, Mathematics of Finite Elements and Applications, (MAFELAP) 2006, Brunell, 13 June (2006).
    
    
78. Hans Fangohr: "Exploiting Real-Time 3d Visualisation to Enthuse Students: A Case Study of Using Visual Python in Engineering", Invited talk, International Conference Computational Science (ICCS) 2006, Reading, UK, 30 May (2006).
    
    
79. Hans Fangohr: "Large class learning and teaching of computing skills"at Excellence and Innovation in Learning and Teaching Conference, Southampton University, 16 March (2006)
    
    
80. Hans Fangohr: Computational Modelling of epitaxial magnetic nanostructures. Workshop on magnetic nanostructures, Cosener's House, Abingdon (UK), 22 November 2005
    
    
81. Hans Fangohr: Teaching computational engineering using Python. EuroPython 2005, Gothenburg (Sweden), 27 June (2005)
    
    
82. Hans Fangohr: Computational Modelling of 3d Magnetic Nanostructures. Contribution to Tiny Technologies work shop, Southampton (UK), 5 January (2005)


83. Hans Fangohr: Magnetic behaviour of nano structures. Invited talk at the IoP meeting on "linking Simulations and Experiments in Nanotechnology. Loughborough (UK), 15 December (2004)


84. Hans Fangohr: An Introduction to Monte Carlo simulations. Invited seminar at the Max Planck Institute Halle (Germany), 09 December (2004)


85. Hans Fangohr: An introduction to Python for scientific computing. Annual Meeting BioSimGrid project, Edinburgh (UK) 25 November (2004)


86. Hans Fangohr and Brad A Shadwick: Good Practice in Scientific Computing. Computational Engineering and Design Seminar. Southampton, UK 18 October (2004)


87. Hans Fangohr: A comparison of C, Matlab and Python as teaching languages in Engineering Invited talk, International Conference Computational Science (ICCS) 2004, Krakow, Poland, 06 Jun (2004)
    
    
88. Hans Fangohr: Modelling of 3d magnetic nanostructures Invited seminar, School of Physics and Astronomy, Leeds, UK 19 May (2004)
    
    
89. Hans Fangohr: Python for scientific computing. Computational Engineering and Design Seminar. Southampton, UK 5 February (2004)


90. Hans Fangohr, Simon J Cox and Geoff Daniell: Efficient Handling of long-range forces CMMP 2004, Warwick, UK (2004)


91. Hans Fangohr: An introduction to Python. Computational Engineering and Design Seminar. Southampton, UK 11 March (2003)


92. Hans Fangohr: Computatational simulations of the vortex state in high-temperature superconductors. Computational Engineering and Design Seminar. Southampton, UK (2002)


93. Hans Fangohr: Computatational methods and micromagnetics. Workshop on magnetic multilayers and materials. Leeds, UK (2002)


94. Hans Fangohr: (Conventional) Computer simulation studies of the vortex state. Phenomenal Physics Seminar, University of Oslo, Olso, Norway (2002).


95. Hans Fangohr, Simon J Cox and Peter A J de Groot: Computer simulation studies of the 2d-Vortex State.
    Condensed Matter and Materials Physics Conference, Bristol, United Kingdom (2000).
    
    
96. Hans Fangohr: Computersimulationen der Dynamik des Wirbelzustands in Supraleitern
    Solid State Seminar at the I. Institut fuer Theoretische Physik, University of Hamburg, Hamburg, Germany (2000).
    
    
97. Hans Fangohr: Computer Simulation Studies of the Dynamics of the Vortex State
    Computational Modelling Community Seminar, Southampton, United Kingdom (1999).