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A. David Redish

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A. David Redish

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October 2022


Average rating: 3.91 · 133 ratings · 10 reviews · 6 distinct worksSimilar authors
The Mind within the Brain: ...

3.95 avg rating — 111 ratings — published 2013 — 6 editions
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Changing How We Choose: The...

3.33 avg rating — 12 ratings6 editions
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Computational Psychiatry: N...

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4.17 avg rating — 6 ratings4 editions
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Beyond the Cognitive Map: F...

4.25 avg rating — 4 ratings — published 1999 — 5 editions
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The Mind within the Brain: ...

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Changing How We Choose: The...

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“careful scientific studies have revealed that a lot of conscious “decisions” that we think we make are actually rationalizations after the fact.”
A. David Redish, The Mind within the Brain: How We Make Decisions and How those Decisions Go Wrong

“In the Redish model, the excess dopamine provides additional value, no matter what. Marks et al. (2010) directly tested this hypothesis in an elegant experiment, where rats were trained to press two levers for a certain dose of cocaine (both levers being equal). One lever was then removed and the other provided smaller doses of cocaine. The Redish theory predicts that the second lever should gain value, while expectation of homeostatis theories would predict that the second lever should lose value (because animals would learn the second lever was providing smaller doses). The Marks et al. data was not consistent with the Redish excess-delta model. However, a key factor in drug addiction is that not everyone who takes drugs loses control over their drug use and becomes an addict. Studies of drug use in both human and nonhuman animals suggest that most animals in self-administration experiments continue to show elasticity in drug-taking, stopping in response to high cost, but that a small proportion (interestingly similar to the proportion of humans who become addicted to drugs) become inelastic to drug-taking, being willing to pay excessive costs for their drugs. One possibility is that the homeostatic models are a good description of nonaddicted animals, which have a goal of maintaining a satiety level, but that addiction is different.”
A. David Redish

“Multi-system models suggest that addiction is a question of harmful dysfunction - dysfunction (vulnerabilities leading to active failure modes) within a system that causes sufficient harm to suggest we need to treat it. They permit both behavioral and pharmacological drivers of addiction.
The suggestion that different decision-making systems can drive behavior provides a very interesting treatment possibility, which is that one could potentially use one decision-system to correct for errors in another. Three computational analyses of this have been done - changing discounting rates with episodic future thinking, analyses of contingency management, and analyses of precommitment.”
A. David Redish

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