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Granwald, T.; Lengyel, M.; Dayan, P.; Olsson, A.; Almeida, R.; Guitart-Masip, M.: Distinct Neural Correlates of Expected Value and Bayesian Posterior Estimates in Active Avoidance. (submitted)

Hänisch, B.; Dayan, P.: A Computational Perspective on Cognitive Behavioural Therapy. (submitted)

Hendricks, J.; Choudhary, V.; Heller, C.; van Gemert, M.; Hornikx, D.; Broekman, S.; Peters, T.; Zethof, J.; Hensman, J.; Boon, C. et al.; Robson, D.; Li, J.; Ligterink, R.; Kleinhout-van Vuuren, A.; Endenburg, S.; Boss, H.; Collin, J.; de Vrieze, E.; van Wijk, E.: Usherin in the pineal gland: altered sleep in zebrafish models of Usher syndrome type 2a. (submitted)

Jagadish, A.; Rmus, M.; Witte, K.; Mathony, M.; Binz, M.; Schulz, E.: Can we automatize scientific discovery in the cognitive sciences? (submitted)

Popova, K.; Solomakha, G.; Wen, Z.; Popov, M.; Zhang, X.; Glybovski, S.; Gao, Y.: Cylindrical Metasurface for Efficient Traveling-wave MRI at 7 T. (submitted)

Yang, Y.; Sharma, N.; Dai, S.; Mallus, F.; Su, G.; Kand, A.; Zabihi, M.; Alnæs, D.; Buitelaar, J.; Croy, I. et al.; Dinga, R.; Durstewitz, D.; Fallgatter, A.; Gaser, C.; Greven, C.; Kia, S.; Kim, M.; Klein, M.; Korbmacher, M.; Krüger, J.; Kumar Jangir, V.; Leonardsen, E.; Moberget, T.; Van Roij, D.; Vidal-Piñeiro, D.; Walter, M.; Wang, Y.; Westlye, L.; Franke, B.; Rutherford, S.; Wolfers, T.: A normative reference for large-scale human brain dynamics across the lifespan. (submitted)

Goetmaeckers, F.; Wu, C.; Verguts, T.; Braem, S.: Environment-sensitive generalization and exploration strategies. (submitted)

Shapira, N.; Wendler, C.; Yen, A.; Sarti, G.; Pal, K.; Floody, O.; Belfki, A.; Loftus, A.; Jannali, A.; Prakash, N. et al.; Cui, J.; Rogers, G.; Brinkmann, J.; Rager, C.; Zur, A.; Ripa, M.; Sankaranarayanan, A.; Atkinson, D.; Gandikota, R.; Fiotto-Kaufman, J.; Hwang, E.; Orgad, H.; Sahil, P.; Taglicht, N.; Shabtay, T.; Ambus, A.; Alon, N.; Oron, S.; Gordon-Tapiero, A.; Kaplan, Y.; Shwartz, V.; Rott Shaham, T.; Riedl, C.; Mirsky, R.; Sap, M.; Manheim, D.; Ullman, T.; Bau, D.: Agents of Chaos. (submitted)

Chaimow, D.; Degutis, J.; Haenelt, D.; Trampel, R.; Weiskopf, N.; Lorenz, R.: Re-evaluating Laminar Specificity of Working Memory in Human Prefrontal Cortex. (submitted)

Povolni, P.; Goerner, D.; Iyyappan Valsala, P.; Gebert, L.; Solomakha, G.; Kempf, N.; Glang, F.; Samlow, J.; Schnitzler, R.; Kallfass, I. et al.; Buckenmaier, K.; Scheffler, K.: Overcoming the limitations of NMR Field Probes: A Novel Integrated Sensor Utilizing Pre-Polarization for (Ultra) Low Field MRI. (submitted)

Renz, F.; Grossman, S.; Daw, N.; Dayan, P.; Doeller, C.; Schuck, N.: Neural replay is connected to latent cause inference and supports fast generalization. (submitted)

Strickrodt, M.; Meilinger, T.; Bülthoff, H.; Warren, W.: Navigators learn a local graph, not a global map. (submitted)

Teng, T.; Dayan, P.: Meta-decision-making in hierarchical planning. (submitted)

Tian, R.; Uecker, M.; Holder, O.; Povolni, P.; Steffen, T.; Scheffler, K.: Group-kernel auto-calibration and group-patch k-space reconstruction: Fast MRI with time-variant B 0 kernels partitioned into time-invariant subsets. (submitted)

Vazquez Rodriguez, J.; Greiss, S.: Expanding the Genetic Code of an Animal with Two Non-Canonical Amino Acids. (submitted)

Tessereau, C.; Xuan, F.; Mellor, X.; Dayan, P.; Dombeck, D.: Navigating uncertainty: reward location variability induces reorganization of hippocampal spatial representations. (submitted)

Kipnis, A.; Binz, M.; Schulz, E.: A fast neural model for Bayesian mixed-effects regression. (submitted)

Klinkowski, S.; Seewald, A.; Fath, B.; Kasties, V.; Iliopoulos, P.; Schmidt, S.; Voss, F.; Erb, M.; Scheffler, K.; Gais, S. et al.; Brodt, S.: Direct encoding of new visual concepts in early visual cortex. (submitted)

Ten, A.; Sakaki, M.; Breit, S.; Chandrasekaran, A.; Murayama, K.; Wu, C.: In search of lost memories: Modeling exploration with forgetful generalization. (submitted)

Wienke, C.; Woller, J.; Gharabaghi, A.; Zaehle, T.: Novelty-dependent enhancement of sustained attention and electrophysiological signatures via transcutaneous auricular vagus nerve stimulation. (submitted)