Publikationen von P Fries

Schoffelen, J.-M.; Oostenveld, R.; Fries, P.: Neuronal coherence as a mechanism of effective corticospinal interaction. Science 308 (5718), S. 111 - 113 (2005)

Fries, P.; Reynolds, J.; Rorie, A.; Desimone, R.: Modulation of oscillatory neuronal synchronization by selective visual attention. Science 291 (5508), S. 1560 - 1563 (2001)

Näher, T.; Ngo-Dehning, H.-V.; Kroemer, N.; Mednick, S.; Fries, P.; Born, J.: Transcutaneous Vagus Nerve Stimulation Locked to the Sleep Slow Oscillation. In 51st Annual Conference “Psychology and the Brain” (PuG 2026). 51. Jahrestagung Psychologie & Gehirn (PuG 2026), Heidelberg, Germany, 03. Juni 2026 - 06. Juni 2026. (2026)

Näher, T.; Bastian, L.; Born, J.; Fries, P.: Sodeep: a lightweight causal cnn for real-time slow oscillation detection. In 54th Annual Meeting of the Society for Neuroscience (Neuroscience 2025), NANO041.13. 54th Annual Meeting of the Society for Neuroscience (Neuroscience 2025), San Diego, CA, USA, 15. November 2025 - 19. November 2025. (2025)

Tosato, T.; Dumas, G.; Rohenkohl, G.; Fries, P.: Performance modulations phase-locked to action depend on internal state. In 12th MindBrainBody Symposium, 5, S. 20. 12th MindBrainBody Symposium (MBB 2025), Berlin, Germany, 10. März 2025 - 12. März 2025. (2025)

Bastian, L.; Näher, T.; Ngo, H.-V.; Kroemer, N.; Mednick, S.; Fries, P.; Born, J.: Closed-loop transcutaneous vagus nerve stimulation of sleep slow oscillations. In Brain Stimulation, 18 (1), FS2B.7, S. 241. 6th International Brain Stimulation Conference, Kobe, Japan, 23. Februar 2025 - 26. Februar 2025. Elsevier, New York, NY (2025)

Fries, P.: Rhythms for cognition: dynamic functional connectivity is causative! In 14th FENS Forum 2024. 14th FENS Forum 2024, Wien, Austria, 25. Juni 2024 - 29. Juni 2024. (2024)

Fries, P.: Learning of stimulus probability and reward value in early visual cortex. Neurizons 2026, Göttingen, Germany (2026)

Fries, P.: Gehirn-Computer-Schnittstellen: Die nächste technologische Revolution? EinBlick – Forschung verständlich: Max Planck Institute for Biological Cybernetics, Tübingen, Germany (2026)

Fries, P.: Gehirn-Computer-Schnittstellen: Die nächste technologische Revolution? EinBlick – Forschung verständlich, Tübingen, Germany (2026)

Fries, P.: Brain-computer interfaces: The next technological revolution? EinBlick: Forschung verständlich ; Max Planck Campus, Tübingen, Germany (2026)

Fries, P.: The effect of rhythmic brain states on visual performance. Systems Vision Science Summer School and Symposium 2025, Tübingen, Germany (2025)

Fries, P.: The effect of rhythmic brain states on visual performance. The Systems Vision Science Summer School & Symposium, Tübingen, Germany (2025)

Fries, P.: Brain rhythms for bottom-up and top-down signaling. Università degli Studi di Padova: Padova Neuroscience Center, Padova, Italy (2024)

Parto-Dezfouli, M.; Zhang, Y.; Bosman, C.; Fries, P.: Distractor Responses Reveal Beta-Band Modulation Associated with Response Inhibition. Systems Vision Science Summer School and Symposium 2025, Tübingen, Germany (2025)

Zhang, Y.; Näher, T.; Pandinelli, M.; Fries, P.: A Controlled Foraging Task for Studying Natural Vision. Systems Vision Science Summer School and Symposium 2025, Tübingen, Germany (2025)

Näher, T.; Bastian, L.; Kroemer, N.; Mednick, S.; Born, J.; Fries, P.: tVNS affects and depends on autonomous and central nervous system states. 6th International Brain Stimulation Conference, Kobe, Japan (2025)

Näher, T.; Breuer, F.; Lueckel, M.; Zhang, Y.; Bastian, L.; Bergmann, T.; Fries, P.: Frontal Eye Field inhibition causes enhanced saccade rhythmicity. 6th International Brain Stimulation Conference, Kobe, Japan (2025)

Pandinelli, M.; Näher, T.; Psarou, E.; Grothe, I.; Fries, P.: Gamma in awake macaque V1 causes response-gain modulation. 53rd Annual Meeting of the Society for Neuroscience (Neuroscience 2024), San Diego, CA, USA (2024)

Patel, S.; Psarou, E.; Peter, A.; Fries, P.: Rhythmic perceptual sampling in awake macaque area V4. 53rd Annual Meeting of the Society for Neuroscience (Neuroscience 2024), San Diego, CA, USA (2024)