Two new preprints:
A. F. Haynos, A. S. Widge, L. M. Anderson, A. D. Redish (2021) Beyond description and deficits: How computational psychiatry can enhance an understanding of decision-making in anorexia nervosa. PsyArXiv. Unreviewed preprint.
- A. D. Redish, B. M. Sweis, S. Abram, A. Duin, R. Kazinka, A. Kocharian, A. MacDonald, B. Schmidt, N. Schmitzer-Torbert, M. Thomas (2021) Sunk cost sensitivity in mice, rats, and humans on the Restaurant Row and WebSurf tasks cannot be explained by attrition biases alone. bioRxiv. Unreviewed preprint.
And some of the list of published papers from this year:
P.J. Cunningham, P.S. Regier, A.D. Redish (2021) “Dorsolateral striatal task-initiation bursts represent past experiences more than future action plans” Journal of Neuroscience 41(38) 8051-8064.
A. A. Duin, L. Aman, B. Schmidt, A. D. Redish (2021) “Certainty and uncertainty of the future changes planning and sunk costs” Behavioral Neuroscience 135(4), 469–486. https://doi.org/10.1037/bne0000460
L. T. Hunt, N. D. Daw, P. Kaanders, M. A. MacIver, U. Mugan, E. Procyk, A. D. Redish, E. Russo, J. Scholl, K. Stachenfeld, C. R. E. Wilson, N. Kolling (2021) “Formalising planning and information search in naturalistic decision-making” Nature Neuroscience. https://doi.org/10.1038/s41593-021-00866-w
O. L. Calvin, A. D. Redish (2021) “Global Disruption in Excitation-Inhibition Balance Can Cause Localized Network Dysfunction and Schizophrenia-Like Context-Integration Deficits” PLoS Computational Biology 17(5): e1008985.
B. Schmidt, A. D. Redish (2021) “Disrupting the medial prefrontal cortex with DREADDs alters hippocampal sharp-wave ripples and their associated cognitive processes” Hippocampus. 31(10):1051-1067.
R. Kazinka, A. W. MacDonald III, A. D. Redish (2021) “Sensitivity to sunk costs depends on attention to the delay” Frontiers in Psychology 12:373.
About the lab
Exploring the information processing that underlies decision-making, with the goals of (1) furthering our understanding of how multiple decision-making (learning and memory) systems interact to produce behavior, and then (2) applying the theories that arise from the neurophysiology and computational modeling to explain dysfunctional and broken behavioral-control systems.
Link to the RedishLab Faculty Advising Statement.