Project Details
SFB 940: Volition and Cognitive Control: Mechanisms, Modulators and Dysfunctions
Subject Area
Social and Behavioural Sciences
Medicine
Medicine
Term
from 2012 to 2024
Website
Homepage
Project identifier
Deutsche Forschungsgemeinschaft (DFG) - Project number 178833530
The aim of the CRC is to elucidate cognitive and neural mechanisms underlying the volitional control of goa-directed action as well as to investigate impairments of self-control. The ability to exert volitional control over one’s actions is a precondition for personal autonomy and one of the most impressive yet least under-stood capacities our brains endow us with. Conversely, impairments of volitional self-control are a charac-teristic of many harmful behaviors such as unhealthy eating habits, substance use, and behavioral addic-tions, which are associated with massive adverse consequences for individuals and great societal costs. The CRC thus addresses not only one of the major scientific challenges for basic research in psychological and neuroscience, but also a topic of high social relevance. Our research program rests on an integrative theoretical framework, according to which volitional control rests on dynamic interactions between multiple neurocognitive systems. Based on this framework, the three project groups address the following key ques-tions.(A) Mechanisms. Which cognitive mechanisms and neural systems underlie the volitional control of goal-directed actions, the flexible adaptation of behavior to changing goals and environments, and the ability to exert self-control (i.e., to inhibit impulsive responses and transient desires in favor of long-term goals)? (B) Modulators. How are volitional control processes modulated by motivational factors, personality traits, stress, and associated neurotransmitter systems, and how do these systems change across the lifespan? (C) Dysfunctions. What are underlying mechanisms of impaired volitional control in mental disorders such as substance use disorders, behavioral addictions, anorexia nervosa, and compulsivity?The CRC integrates a wide range of methods from experimental and biological psychology, cognitive com-putational, and social neuroscience, as well as clinical psychology, psychiatry, and developmental neuro-science. Based on a rich set of new empirical findings and theoretical insights from previous funding peri-ods, in the new funding period we will put particular emphasis on three aims that cut across the three project groups: (i) the integration of the hitherto neglected role of social-cognitive processes in volitional control; (ii) the use fo novel technologies to bridge the gap between laboratory experiments and assessments of real-life behavior; and (iii) the development of computational models of cognitive control. Thereby, we expect the CRC to lay foundations for improved prevention and treatment of self-control impairments (in coopera-tion with the CRC/TRR 265), to promote the transfer of insights into cognitive control into the field of man-machine-interaction (in cooperation with the Cluster of Excellence CeTI), as well as to set new impulses for philosophical and societal discourses on autonomy, rationality, and responsibility.
DFG Programme
Collaborative Research Centres
International Connection
Canada
Completed projects
- A01 - Neurobehavioral mechanisms of shielding and shifting of intentions (Project Heads Goschke, Thomas ; Haynes, John-Dylan ; Möschl, Marcus ; Walser, Moritz )
- A02 - Neurocognitive processes supporting flexible voluntary action (Project Heads Ruge, Hannes ; Wolfensteller, Uta )
- A03 - The adaptive regulation of cognitive control in dual-task performance (Project Head Fischer, Rico )
- A04 - Development of intention memory and volitional control in children (Project Head Altgassen, Anne Mareike )
- A05 - Volitional emotion regulation: The costs of control (Project Heads Brocke, Burkhard ; Schönfeld, Sabine ; Strobel, Alexander )
- A06 - Mechanisms of self-control: The role of anticipated emotions and future thinking in reward regulation (Project Heads Goschke, Thomas ; Korb, Franziska ; Walter, Henrik ; Wolfensteller, Uta )
- A07 - Brain states representing dynamics of meta-control (Project Heads Bender, Stephan ; Marxen, Ph.D., Michael ; Smolka, Michael )
- A08 - The balance between perseveration and volatility: From meta-control parameters to system structure across different control-dilemmas and areas of application (Project Heads Pannasch, Sebastian ; Scherbaum, Stefan ; Surrey, Caroline )
- A09 - Towards a neurocomputational account of meta-control based on Bayesian inference in a context-specific hierarchy of time scales (Project Heads Goschke, Thomas ; Kiebel, Stefan )
- A10 - The intrinsic value of self-control (Project Heads Job, Veronika ; Korb, Franziska )
- A11 - Does the thalamus play a role in human goal-directed behavior? (Project Heads von Kriegstein, Katharina ; Ruge, Hannes )
- B01 - Emotional modulation of cognitive control: Effects of positive affect and reward cues on the stability-flexibility balance (Project Heads Bolte, Annette ; Goschke, Thomas ; Ruge, Hannes )
- B02 - Affective modulation of volitional control: The moderating role of action tendencies, ambivalence and motivational conflict (Project Head Deutsch, Roland )
- B03 - Aging and neuromodulation of forward planning under uncertainty (Project Heads Goschke, Thomas ; Li, Ph.D., Shu-Chen ; Smolka, Michael ; Thurm, Franka )
- B04 - Serotonergic modulation of meta-control parameters (Project Head Smolka, Michael )
- B05 - Modulation of self-control by acute and chronic stress (Project Heads Enge, Sören ; Kirschbaum, Clemens ; Miller, Robert ; Plessow, Franziska ; Zwosta, Katharina )
- B06 - Individual differences in effort discounting and adjustments in volitional control (Project Heads Kiebel, Stefan ; Pannasch, Sebastian ; Strobel, Alexander )
- B07 - The impact of efficiency-flexibility trade-offs on learning strategies across the lifespan (Project Heads Eppinger, Benjamin ; Kiebel, Stefan ; Reiter, Andrea )
- B08 - Functional neuroanatomical and neurobiological modulators of interactive effects of volitional control and automatisms (Project Heads Beste, Christian ; Roessner, Veit ; Stock, Ann-Kathrin )
- C01 - Volitional dysfunction in self-control failures and addictive behaviors (Project Heads Bühringer, Gerhard ; Goschke, Thomas ; Smolka, Michael ; Wittchen, Hans-Ulrich )
- C02 - Affective modulation of cognitive control in bipolar disorder (Project Heads Bauer, Michael ; Pfennig, Andrea )
- C03 - Anorexia nervosa as a model for increased volitional control: intrinsic value of effort, behavioral auto-maticity and real life implications (Project Heads Boehm, Ilka ; Ehrlich, Ph.D., Stefan )
- C04 - Fronto-striatal dysregulation of motivational and cognitive flexibility (Project Heads Lüken, Ulrike ; Riedel, Oliver ; Storch, Alexander )
- C05 - Avoidance behavior as a result of one-sided exertion of cognitive control in specific phobia (Project Heads Beesdo-Baum, Katja ; Mühlhan, Markus )
- C06 - Cognitive control as transdiagnostic construct for impulsive and compulsive disorders and its relation to self-control (Project Heads Dieterich, Raoul ; Endrass, Tanja )
- C07 - Failures of social self-control (Project Heads Jauk, Emanuel ; Kanske, Philipp )
- INF - Information infrastructure project (Project Heads Müller-Pfefferkorn, Ralph ; Nagel, Wolfgang E. ; Smolka, Michael )
- MGK - Integrated Research Training Group (Project Heads Gärtner, Anne ; Kirschbaum, Clemens ; Strobel, Alexander )
- Z02 - Core Imaging Facility (Project Heads Kiebel, Stefan ; Marxen, Ph.D., Michael ; Ruge, Hannes )
- Z03 - Central tasks of the Collaborative Research Centre (Project Head Goschke, Thomas )
Applicant Institution
Technische Universität Dresden
Participating Institution
Charité - Universitätsmedizin Berlin
Spokesperson
Professor Dr. Thomas Goschke