Trampel, R.: Dem Gehirn beim Denken zusehen: Wie funktioniert Magnetresonanztomographie? Vorlesung: Lecture to School Classes (11th/12th grade), Leipzig, Germany, 20. Dezember 2017

Weiskopf, N.; Trampel, R.: Realtime fMRI. Vorlesung: Workshop at 6th IMPRS NeuroCom Summer School, Leipzig, Germany, 04. Juli 2016 - 06. Juli 2016

Möller, H. E.; Weiskopf, N.: ESMRMB lectures on MR: "Quantitative MRI for characterising brain tissue microstructure". Vorlesung: Lecture, Max Planck Institute for Human Cognitive and Brain Sciences, Leipzig, Germany, 06. Juni 2016 - 08. Juni 2016

Geyer, S.: Foundations of neuroscience. Vorlesung: Lecture SS 2016 International Max Planck Research School (IMPRS), Max Planck Institute for Human Cognitive and Brain Sciences, Leipzig, Germany, 01. April 2016 - 30. September 2016

Geyer, S.: Problem-oriented learning (POL): Medizin des alternden Menschen. Vorlesung: Lecture SS 2016, University of Leipzig, Germany, 01. April 2016 - 30. September 2016

Trampel, R.: Dem Gehirn beim Denken zusehen - Wie funktioniert Magnetresonanztomographie? Vorlesung: Lecture to school classes of the "Werner-Heisenberg-Gymnasium Leipzig", Leipzig, Germany, 21. März 2016

Trampel, R.: Dem Gehirn beim Denken zusehen - Wie funktioniert Magnetresonanztomographie? Vorlesung: Lecture to school classes of the "Evangelisches Schulzentrum Leipzig" and "Reclam-Gymnasium Leipzig", Leipzig, Germany, 14. Dezember 2015

Möller, H. E.; Bazin, P.-L.; Mueller, K.; Valk, S. L.; Anwander, A.; Schreiber, J.; Steele, C.; Neumann, J.; Klados, M.; Mehnert, J.: Spin resonance II & measurement and analysis of structural and functional brain data. Vorlesung: Lecture SS 2015, Max Planck Institute for Human Cognitive and Brain Sciences, Leipzig, Germany , 22. April 2015 - 15. Juli 2015

Trampel, R.; Turner, R.: fMRI at and above 7T - Impact of field strength. Vorlesung: Lecture in the context of the 17th educational course of the German chapter of ISMRM-Doktorandentraining „Methods and concepts for fMRI of the human brain“, Leipzig, Germany, 13. April 2015 - 15. April 2015

Gast, R.: Phase transitions between asynchronous and synchronous neural dynamics: Theoretical insight into the mechanisms behind neural oscillations in Parkinson's disease. Dissertation, University of Leipzig (2021)

Dinse, J.: A model-based cortical parcellation scheme for high-resolution 7 Tesla MRI data. Dissertation, Max Planck Institute for Human Cognitive and Brain Sciences, Leipzig, Germany (2015)

Freund, N.: Entwicklung eines 7 Tesla-MRT-Algorithmus zur farbkodierten Volumetrie der Mamillarkörper in vivo bei bipolarer Störung – Eine Pilotstudie. Dissertation, University of Leipzig (2015)

Kazan, S. M.; Weiskopf, N.: fMRI methods. In: Encyclopedia of Spectroscopy and Spectrometry, 3rd ed. Aufl., S. 670 - 677 (Hg. Lindon, J. C.; Tranter, G. E.; Koppenaal, D. W.). Elsevier, Amsterdam (2017)

Kloenne, M.; Niehaus, S.; Lampe, L.; Merola, A.; Reinelt, J.; Scherf, N.: A framework for CT image segmentation inspired by the clinical environment. arXiv (2019)

Kozlov, M.; Turner, R.: An RF coil assembly for MRI with a plurality of coil elements distributed over at least two coil rows. EP 2739984 B1 (2019)

Kozlov, M.; Turner, R.: Methods of preparing and operating an MRI multi-channel coil. 9,791,525 B2 (2017)

Kozlov, M.; Turner, R.: Method for multi-mode, multi-load, and multi-domain optimization of a multi-channel near-field RF transmitter. 9,841,477 B2 (2017)

Alagöz, G.; Wong, M.; Gräßle, T.; Jäger, C.; Morawski, M.; Kolleck, J.; Francks, C.; Wittig, R. M.; Crockford, C.; Gunz, P. et al.; Fisher, S. E.: Spatial and single-nucleus transcriptomic profile of a chimpanzee frontal pole. bioRxiv (2025)

Carricarte, T.; Xie, S.; Singer, J.; Trampel, R.; Huber, L.; Weiskopf, N.; Cichy, R. M.: Layer-specific spatiotemporal dynamics of feedforward and feedback in human visual object perception. bioRxiv (2025)

Schmidt, M. E.; Aganj, I.; Stockmann, J.; Bilgic, B.; Chang, Y.; Hoge, W. S.; Kirilina, E.; Weiskopf, N.; Nasr, S.: Unraveling the mesoscale functional connectivity of the human primary visual cortex using high-resolution functional MRI. bioRxiv (2025)