Lück, I., Mittelstädt, V., Mackenzie, I. G., & Fischer, R. (2023). Transfer of task-probability-induced biases in parallel dual-task processing occurs in similar, but is constraint in distinct task sets. Journal of Experimental Psychology: Learning, Memory, and Cognition. Advance online publication. https://doi.org/10.1037/xlm0001259

Mögling, I. (Januar 2023). The lack of transfer between task switching and dual tasking. Invited talk at the Department of Psychology, General Psychology (Prof. Dr. Torsten Schubert), Martin-Luther-Universität Halle-Wittenberg, Germany.

Mögling, I., Jung, A., Dreisbach, G., Fischer, R. (2023). Putting the Past Behind: Dissociate Whether Control States at the Level of Task-Set or Response-Conflict Help to Disengage From a no Longer Relevant Task. Talk held at the 65^th TeaP. Trier, Germany.

Mögling, I., Mittelstädt, V., Mackenzie, I. G., Fischer, R. (2022). The Generality of Parallel Processing: Task-Specific Versus Task-General Parallel Processing in Dual-Tasking. Poster presented at the 63^rd Psychonomics. Boston, US.

Mögling, I., Mittelstädt, V., Mackenzie, I. G., Fischer, R. (2022). Task-Probability Induced Biases in Parallel Dual-Task Processing Transfer to Similar, but not Distinct Task Sets. Talk held at the 54^th HexKoP. Greifswald, Germany.

Mögling, I., Mittelstädt, V., Mackenzie, I. G., Fischer, R. (2022). The Generality of Resource Sharing: Transfer of Resource Allocation is Limited to Conceptually Similar Tasks. Talk held at the 11^th ADok. Bremen, Germany.

Mögling, I., Dreisbach, G., Fischer, R. (2022). Same Same, but Different: Lack of Transfer Between Task Switching and Dual Tasking. Talk held virutally at the 64^th TeaP. Cologne, Germany.

Mögling, I., Dreisbach, G., Fischer, R. (2021). Extremely Flexible or Merely Incapable: Does the Lack of Transfer of Cognitive Control States Within Task Sets Reflect Rapid Adjustments or Structural Limitations? Talk held at the 53^rd HexKoP. Würzburg, Germany.

Lück, I., Dreisbach, G., Fischer, R. (2021). Extremely (In)Flexible: Switching Induced Flexibility Does not Transfer to Dual Tasking. Poster presented at the 10^th ADok. Würzburg, Germany.