Optimized 3 T EPI of the amygdalae. - Simon Robinson 002; Christian Windischberger; Alexander Rauscher; Ewald Moser (NeuroImage, 2004)

The selection of intended actions and the observation of others' actions: A time-resolved fMRI study. - Ross Cunnington; Christian Windischberger; Simon Robinson 002; Ewald Moser (NeuroImage, 2006)

EEG reveals the effect of fMRI scanner noise on noise-sensitive subjects. - Jürgen Pripfl; Simon Robinson 002; Ulrich Leodolter; Ewald Moser; Herbert Bauer (NeuroImage, 2006)

Imaging the changing role of feedback during learning in decision-making. - Uta Sailer; Simon Robinson 002; Florian Ph. S. Fischmeister; Ewald Moser; Ilse Kryspin-Exner; Herbert Bauer (NeuroImage, 2007)

Clinical fMRI: Evidence for a 7 T benefit over 3 T. - Roland Beisteiner; Simon Robinson 002; Moritz C. Wurnig; Markus Hilbert; K. Merksa; Jakob Rath; Ilse Höllinger; Nicolaus Klinger; Christine Marosi; Siegfried Trattnig; Alexander Geißler (NeuroImage, 2011)

Model-free fMRI group analysis using FENICA. - Veronika Schöpf; Christian Windischberger; Simon Robinson 002; Christian H. Kasess; Florian Ph. S. Fischmeister; Rupert Lanzenberger; J. Albrecht; A. M. Kleemann; R. Kopietz; Martin Wiesmann; Ewald Moser (NeuroImage, 2011)

Differential functional benefits of ultra highfield MR systems within the language network. - Alexander Geißler; Eva Matt; Florian Ph. S. Fischmeister; Moritz C. Wurnig; Barbara Dymerska; E. Knosp; Martha Feucht; Siegfried Trattnig; Eduard Auff; W. Tecumseh Fitch; Simon Robinson 002; Roland Beisteiner (NeuroImage, 2014)

Fractal image perception provides novel insights into hierarchical cognition. - Maurício de Jesus Dias Martins; Florian Ph. S. Fischmeister; E. Puig-Waldmüller; Jinook Oh; Alexander Geißler; Simon Robinson 002; W. Tecumseh Fitch; Roland Beisteiner (NeuroImage, 2014)

The clinical relevance of distortion correction in presurgical fMRI at 7 T. - Pedro Lima Cardoso; Barbara Dymerska; Beáta Bachratá; Florian Ph. S. Fischmeister; Nina Mahr; Eva Matt; Siegfried Trattnig; Roland Beisteiner; Simon Robinson 002 (NeuroImage, 2018)

A method for the dynamic correction of B0-related distortions in single-echo EPI at 7 T. - Barbara Dymerska; Benedikt A. Poser; Markus Barth; Siegfried Trattnig; Simon Robinson 002 (NeuroImage, 2018)

The influence of brain iron and myelin on magnetic susceptibility and effective transverse relaxation - A biochemical and histological validation study. - Simon Hametner; Verena Endmayr; Andreas Deistung; Pilar Palmrich; Max Prihoda; Evelin Haimburger; Christian Menard; Xiang Feng; Thomas Haider; Marianne Leisser; Ulrike Köck; Alexandra Kaider; et al. (NeuroImage, 2018)

Key clinical benefits of neuroimaging at 7 T. - Siegfried Trattnig; Elisabeth Springer; Wolfgang Bogner; Gilbert Hangel; Bernhard Strasser; Barbara Dymerska; Pedro Lima Cardoso; Simon Robinson 002 (NeuroImage, 2018)

Improved susceptibility weighted imaging at ultra-high field using bipolar multi-echo acquisition and optimized image processing: CLEAR-SWI. - Korbinian Eckstein; Beáta Bachratá; Gilbert Hangel; Georg Widhalm; Christian Enzinger; Markus Barth; Siegfried Trattnig; Simon Robinson 002 (NeuroImage, 2021)

The traveling heads 2.0: Multicenter reproducibility of quantitative imaging methods at 7 Tesla. - Maximilian N. Voelker; Oliver Kraff; Steffen Goerke; Frederik B. Laun; Jannis Hanspach; Kerrin Pine; Philipp Ehses; Moritz Zaiss; Andrzej Liebert; Sina Straub; Korbinian Eckstein; Simon Robinson 002; et al. (NeuroImage, 2021)

NeXtQSM - A complete deep learning pipeline for data-consistent Quantitative Susceptibility Mapping trained with hybrid data. - Francesco Cognolato; Kieran O'Brien; Jin Jin 003; Simon Robinson 002; Frederik B. Laun; Markus Barth; Steffen Bollmann (Medical Image Anal., 2023)

Super-resolution QSM in little or no additional time for imaging (NATIve) using 2D EPI imaging in 3 orthogonal planes. - Beáta Bachratá; Steffen Bollmann; Jin Jin 003; Monique Tourell; Assunta Dal-Bianco; Siegfried Trattnig; Markus Barth; Stefan Ropele; Christian Enzinger; Simon Robinson 002 (NeuroImage, 2023)