Invited Talks
Upcoming talks and visits:
"The long journey from (111) diamond surfaces to graphene"
ARPES Symposium, Aarhus University, Denmark. 12th December 2023
Invited talks already given:
77. "Photoemission Spectroscopies for studying Quantum Materials"
1st QTECNOS international workshop, Cali, Columbia, 4th - 8th December 2023
76. "Observing and understanding electron-boson interactions in interfaces, surfaces and 2-dimensional materials."
20th Sept. 2023, The Ole Rømer Colloquium (general physics colloquium), Aarhus University, Denmark.
75. "Quantum Materials: A Norwegian Perspective"
14th Sept. 2023, Nordic Quantum Meeting, NORDITA, Stockholm, Sweden.
74. "Ducks and their interactions"
21st June 2023, TNNN Conference 2023, Vestfold, Norway.
73. "Quantum Materials (and ducks)"
19th May 2023, OsloMet Seminar
72. "Maximising electron interactions to facilitate a new generation of ultra-low- energy-consumption technology"
11th May 2023, University of Oslo ‘Sustainability Seminar’
71. "Understanding electron interactions and quasiparticle formation using photoelectron spectroscopy"
6th April 2022, The 4th International Conference on Radiation and Emission in Materials (ICREM), Pattaya, Thailand
(Online talk due to COVID restrictions)
70. "Carrots, chemotherapy and quantum-spintronics: Some recent examples from my research group”
10th March 2022, General Colloquium (Felleskollokviet), Univeristy of Oslo
69. "Electronic structure and electron-boson interactions"
1st December 2021, QuSpin International Workshop, Trondheim, Norway.
68. "Experimental determination of electron-boson interactions"
1st June 2021, QuSpin Online Scientific Workshop, Trondheim, Norway.
XX. [Cancelled due to COVID] "The electronic bandstructure of 2D materials"
December 15-18, 2020, The 3rd International Conference on Radiation and Emission in Materials, Chiang Mai University, Thailand
67. "The electronic bandstructure of 2D materials"
19-23 January 2020, PCSI-47, Colarado, USA.
66. "The electronic bandstructure of atomically sharp dopant structures in silicon"
3Nano Brasilia, Brazil, 9th December 2019.
65. "Angle Resolved UPS, general introduction and its possibilities"
Opening Seminar MiNaLab Cluster system, Oslo 5th September 2019.
64. "The Center for Quantum Spintronics: experimental highlights"
Plenary talk, Fysikermøtet 2019, Oslo, 7-9 August 2019.
63. "The Electronic Bandstructure of Atomically Sharp Dopant Structures in Silicon"
ICFSI-17, Shanghai, June 2019
62. "Carrots, Meteorites and Quantum Mechanics: Experimental Physics at NTNU"
Norske Fysikkstudenters konferanse (NFK), 17th March 2019.
61. "Experimental facilities and possibilities in Trondheim”
Oppdal spintronics retreat 14th March 2019
60. "The electronic band structure of diamond”
University of Bristol, 22nd Feb 2019.
xx. "The electronic structure of 2D materials"
PCSI-46, Santa Fe, New Mexico, January 13-17, 2019 [Note: cancelled due to illness]
59. "Graphene and silicon: creating and understanding 2D structures and properties using silicon-compatible fabrication”
Shanghai Institute of Applied Physics and the Shanghai Synchrotron. October 2018
58. "Exploring the electronic structure of artificial 2D metals; a novel playground for experimentalists"
QuSpin annual workshop, Trondheim October 2018;
57. "Engineering novel 2D materials for quantum device applications"
3rd International Workshop on Charge Transport with Multi-Tip STM Techniques, Jülich, September 2018
56. "Probing the electron-phonon interaction in graphene: an experimental perspective"
Electrons and phonons in graphene and other 2D materials, University of Gothenburg, June 2018
55. “Exploring the nanoscale playground; from cancer therapy to quantum computing"
University of Brasilia, June 2018
54. "Understanding thermal migration of alloying agents"
ElKem Kristiansand, May 2018
53. "In Situ Patterning of Ultrasharp Dopant Profiles in Silicon"
Helmhotz Zentrum, Berlin annual meeting, December 2017
52. "How to become famous: Winners and sinners in physics"
"Nabla" Christmas lecture, November 2017
51. "A surface science perspective on cancer and chemotherapy"
MAX-IV Laboratory, Lund, September 2017
50. "The nanoscale playground; Developing materials and techniques for applications as diverse as cancer therapy and quantum computing"
Queensland University of Technology, Brisbane, November 2016
49. "En mer virkelighetsnær og problembasert undervisning" ("More realistic problem based teaching")
NTNU teaching seminar, October 2016
48. "Exploring the limits of 2D doping in silicon, for quantum computation applications"
Charge Transport at Surfaces and Nanostructures with Multi-Probe Techniques, FZ-Jülich, September 2016
47. "Photoelectron Spectroscopies"
Monash University, Melbourne, Australia, November 2015
46. "Some things you thought you knew, and some things you probably didn’t - a physicists view of the world"
"Nabla", the student organization for Applied Physics and Mathematics at NTNU, November 2015.
45. "Towards designer 2D materials"
International workshop on many-body phenomena in graphene, Gothenburg, Sweden. October 2015
44. "Electron phonon mediated transitions in 2D materials; towards a designer superconductor?"
"Vibrations at surfaces" (VAS15), San Sebastian, June 2015.
43. "The ever expanding photoemission toolbox"
General Physics Colloquium workshop, Bar Ilan University, Israel, June 2015.
42. "The ever expanding photoemission toolbox"
Invited seminar, Weizmann Institute, Israel, June 2015.
41. "Graphene coatings for chemotherapy; Avoiding silver-mediated degradation"
ISP project meeting on Computational Chemistry, Trondheim, April 2015.
40. "Engineering metallic states in silicon for quantum computation applications"
BESSY II Evaluation, Berlin, February 2015.
39. "Beyond nanoscale engineering - Experimenting at the single particle limit?"
and
38. "Understanding surface chemistry for medical applications"
NorTex Nano summit, Houston, Texas. October 2014.
37. "The ever expanding photoemission toolbox: seeing beyond the surface"
workshop: interfaces in semiconductors, University of Oslo and Sintef-Oslo. October 2014.
36. "An ARPES perspective of many-body interactions in 2-dimensional materials."
Nordic X-ray Days, Lund. September 2014
35. "Electron-phonon induced kinks in the sigma band of graphene"
Seminar and video-broadcast at Sintef, Trondheim. September 2014
34. "Graphene's overlooked sigma band"
"Carbonhagen"; Denmark's Graphene conference in Copenhagen. August 2014.
33. "Distinguished iNano lecture"
Aarhus University, Denmark, August 2014
32. Experimental Nanomagnetism
NTNU, Trondheim, June 2014
31. The ever expanding photoemission toolbox
and
30. How does a physics department confront MOOCS in delivering first year physics programmes?
Monash University, Melbourne, Australia, May 2014.
29. Beyond nanoscale engineering - Experimenting at the single particle limit?
"The Center for Nanostructured Graphene", Danish Technical University, 20/05/14.
28. Digging Up The Band Structure Of Buried Layers
"Ertl Young Investigator Prize Session" DPG meeting, Dresden, April 2014.
[given on behalf of Jill Miwa]
27. Spin resolved band-structures; an experimental perspective
"InSpin" (Insulator Spintronics) kick-off meting, March 2014.
26. Atomic scale engineering of novel charge and spin transport properties and the relevance to quantum computation
Monash, Melbourne. November 2013.
25. Electronic engineering at the atomic limits
Norway-Texas Seminar, October 2013.
24. Accessing the bandstructure of buried dopant structures and the relevance to quantum computation applications
Universität Würzburg, July 2013.
23. Observing modifications of bandstructures by nanoscale dopant placement
IBM-Zürich, July 2013.
22. Understanding electronic properties through nanoscale dopant placement
NIMS, Japan. May 2013.
21. Materials for quantum computation applications; an experimental (photoemission) approach
Paul Scherrer Institute, March 2013.
20. Materials for quantum computation applications; an experimental approach
University of Basel, March 2013.
19. Understanding charge and spin transport phenomena: an experimental approach
NTNU, Friday Colloquium, Feb. 2013.
18. Materials with novel spin and charge transport
University of Sydney, Nov 2012.
17. Spin and charge transport in reduced dimensions
University of New South Wales, Nov 2012.
16. Measuring the band structure of buried layers
University of New South Wales, Nov 2012.
15. Measuring the band structure of buried layers
University of Melbourne, Nov 2012.
14. Probing buried quantum well states with ARPES: delta-doped Si(001)
MAXlab user meeting, Sept. 2012.
13. Topological insulators and novel materials for spintronic applications
Victoria University, Wellington, New Zealand. Jan 2012.
12. Novel materials for spintronic applications
Zernike Institute for Advanced Materials, University of Groningen. Nov. 2011.
11. Topological surfaces - a novel approach to spin filtering?
Uppsala, Sweden. Jan 2011.
10. Spin transport and topological insulators.
University of New South Wales, Nov. 2010.
9. Topological surfaces; an introduction to topological surfaces and their potential applications.
MAXlab, March 2010.
8. A novel approach to spin filtering; Separating Spins in a One-Dimensional Topological Metal Surface.
Synchrotron user meeting, Aarhus, Denmark. Jan. 2010.
7. A novel approach to spin filtering,
University of New Hampshire, November 2009.
6. Performing Conductivity Measurements on Clean and Adsorbate-Covered Semiconductor Surfaces.
Chinese Academy of Sciences, Beijing, May 2009.
5. Conductivity measurements on molecular layers, ultra-thin metal films and semiconductor surfaces.
University of Wales, Aberystwyth, Nov 2008.
4. Performing conductivity measurements on the nanoscale using multi-contact probes
Scandinavian AFM user meeting (Veeco), Trondheim, Oct 2008.
3. Probing conductivity on the nanoscale.
NTNU, Trondheim, Nov 2007.
2. Probing conductivity on the nanoscale.
Christian Albrecht University, Kiel, Oct 2007.
1. Probing the relationship between surface transport properties and surface electronic structure.
Forschungzentrum Jülich, Dec 2006.