Kastner, D.; Holobetz, C.; Yokota, N.; Williams, G.; Lee, C.; Ton, J.; Romano, J.; Dayan, P.: Choice-wide behavioral association study: reliable and interpretable differences across learning. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Liang, J.; Zhaoping, L.: Trans-saccadic integration for target recognition peters out with pre-saccadic target eccentricity. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Plaumann, M.; Mysegaes, F.; Myers, J.; Kempf, N.; Assaf, C.; Bernarding, J.; Körber, R.; Buckenmaier, K.; Pravditsev, A.: Investigation of Solvent Dependence in Nuclear Spin Hyperpolarization using SABRE under Two-Phase Transfer Conditions. 19th European Molecular Imaging Meeting (EMIM 2024), Porto, Portugal (2024)

Shani, D.; Dayan, P.: Integrating allocentric and egocentric representations for flexible navigation. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Tessereau, C.; Mellor, J.; Dayan, P.; Xuan, F.; Dombeck, D.: The hippocampus as an unpredicted map: Hippocampal traces of uncertainties induced by changes in reward distributions. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Wu, S.; Yoerueten, M.; Wichmann, F.; Schulz, E.: Normalized Cuts Characterize Visual Recognition Difficulty of Amorphous Image Sub-parts. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Zhaoping, L.: Reversed depth illusion in central vision revealed by backward masking as theoretically predicted. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Kastner, D.; Williams, G.; Holobetz, C.; Romano, J.; Dayan, P.: The choice-wide behavioral association study: data-driven identification of interpretable behavioral components. (eingereicht)

Lewis, C.; Wunderle, T.; Fries, P.: Top-down modulation of visual cortical stimulus encoding and gamma independent of firing rates. (eingereicht)

Moenke, G.; Schaefer, T.; Parto-Dezfouli, M.; Kajal, D.; Fuertinger, S.; Schmiedt, J.; Fries, P.: Systems Neuroscience Computing in Python (SyNCoPy): A Python Package for Large-scale Analysis of Electrophysiological Data. (eingereicht)

Wong, E.; Hauser, T.; Pietrini, P.; Wu, C.: Shock to Thrill: Linking Sensation and Information Seeking. (eingereicht)

Wright, A.; Ziegs, T.; Henning, A.: Quantitative metabolic reference for healthy human cerebrum derived from group averaged 9.4T 1H MRSI data. (eingereicht)

Bannert, M.; Bartels, A.: Large-scale color biases in the retinotopic functional architecture are region specific and shared across human brains. (eingereicht)

Barnby, J.; Bellucci, G.; Alon, N.; Schilbach, L.; Frith, C.; Bell, V.: Beyond Theory of Mind: A formal interoperable framework for social inference and representation. (eingereicht)

Biderman, D.; Whiteway, M.; Hurwitz, C.; Greenspan, N.; Lee, R.; Vishnubhotla, A.; Warren, R.; Pedraja, F.; Noone, D.; Schartner, M. et al.; Huntenburg, J.; Khanal, A.; Meijer, G.; Noel, J.-P.; Pan-Vazquez, A.; Socha, K.; Urai, A.; The International Brain Laboratory; Cunningham, J.; Sawtell, N.; Paninski, L.: Lightning Pose: improved animal pose estimation via semi-supervised learning, Bayesian ensembling, and cloud-native open-source tools. (eingereicht)

Biller, A.; Balakrishnan, P.; Spitschan, M.: Behavioural determinants of physiologically-relevant light exposure. (eingereicht)

Giannakakis, E.; Khajehabdollahi, S.; Levina, A.: Network bottlenecks and task structure control the evolution of interpretable learning rules in a foraging agent. (eingereicht)

Heinrichs, H.; Spitschan, M.: Within-subjects ultra-short sleep-wake protocol for characterising circadian variations in retinal function. (eingereicht)

Mahler, L.; Steiglechner, J.; Wang, Q.; Scheffler, K.; Heule, R.: Flexible and Cost-Effective Deep Learning for Fast Multi-Parametric Relaxometry using Phase-Cycled bSSFP. (eingereicht)

West, D.; Glang, F.; Endres, J.; Leitão, D.; Zaiss, M.; Hajnal, J.; Malik, S.: MR sequence design using digital twins of non-idealized hardware. (eingereicht)