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#neuroeconomics — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #neuroeconomics, aggregated by home.social.

  1. Spearheaded by the unstoppable Leili Mortazavi with Elnaz Ghasemi and Charlene C. Wu , this culminates > 15 years of work!
    The findings imply that some #FMRI findings are more robust than commonly thought (with respect to reliability, validity, and generalizability).
    Special thanks to the editors and reviewers at PNAS Nexus and for support from Stanford University 's #Neurochoice Initiative and the #ToyotaResearchInstitute ! (#AffectiveNeuroscience , #Neuroeconomics )

  2. A new thinkpiece on Policy Consequences of the New Neuroeconomics Framework.

    We argue that #neuroscience provides a framework to build new models in #microeconomics with actual #policy consequences.

    #addiction #ContingencyManagement
    #microfinance #SunkCostFallacy #BehavioralEconomics #Neuroeconomics

    A.D. Redish, H.S. Chastain, C.F. Runge, B.M. Sweis, S.E. Allen, A. Haldar (2024) Policy consequences of the new neuroeconomic framework. #arXiv unreviewed preprint.

    arxiv.org/abs/2409.07373

  3. Intracranial electrical stimulation of the #AnteriorInsula decreases risky choice by increasing loss salience, but of the #MedialPrefrontalCortex increases risky choice by decreasing loss salience (causally supporting #AnticipatoryAffect predictions; #Neuroeconomics; #AffectiveNeuroscience):

    nature.com/articles/s41467-024

  4. Intracranial electrical stimulation of the #AnteriorInsula decreases risky choice by increasing loss salience, but of the #MedialPrefrontalCortex increases risky choice by decreasing loss salience (causally supporting #AnticipatoryAffect predictions; #Neuroeconomics; #AffectiveNeuroscience):

    nature.com/articles/s41467-024

  5. Intracranial electrical stimulation of the #AnteriorInsula decreases risky choice by increasing loss salience, but of the #MedialPrefrontalCortex increases risky choice by decreasing loss salience (causally supporting #AnticipatoryAffect predictions; #Neuroeconomics; #AffectiveNeuroscience):

    nature.com/articles/s41467-024

  6. Intracranial electrical stimulation of the #AnteriorInsula decreases risky choice by increasing loss salience, but of the #MedialPrefrontalCortex increases risky choice by decreasing loss salience (causally supporting #AnticipatoryAffect predictions; #Neuroeconomics; #AffectiveNeuroscience):

    nature.com/articles/s41467-024

  7. Intracranial electrical stimulation of the #AnteriorInsula decreases risky choice by increasing loss salience, but of the #MedialPrefrontalCortex increases risky choice by decreasing loss salience (causally supporting #AnticipatoryAffect predictions; #Neuroeconomics; #AffectiveNeuroscience):

    nature.com/articles/s41467-024

  8. Pleased and honored to appear on the @danafoundation panel on "How the brain decides" with colleagues @[email protected] and Paul Glimcher. We had fun contemplating the past and future of #DecisionNeuroscience (#Neuroeconomics)...

    youtube.com/watch?v=hyQRrkumyx

  9. Revisiting this wise interview with Camerer for an upcoming class: "There is so much low-hanging fruit in #Neuroeconomics !"

    moneyonthemind.org/post/interv

  10. Well, that was fun! Thanks to my wonderful #neuroeconomics colleagues and our adroit interviewer! ( video to be posted at @danafoundation )

  11. _BRAIN$?_ is out!
    Where I comment that while #neuroeconomics researchers have met historical goals of using brain activity to predict and even forecast choice, the goalposts may have shifted (#neuroforecasting)...

    myscp.onlinelibrary.wiley.com/

  12. _BRAIN$?_ is out!
    Where I comment that while #neuroeconomics researchers have met historical goals of using brain activity to predict and even forecast choice, the goalposts may have shifted (#neuroforecasting)...

    myscp.onlinelibrary.wiley.com/

  13. _BRAIN$?_ is out!
    Where I comment that while #neuroeconomics researchers have met historical goals of using brain activity to predict and even forecast choice, the goalposts may have shifted (#neuroforecasting)...

    myscp.onlinelibrary.wiley.com/

  14. _BRAIN$?_ is out!
    Where I comment that while #neuroeconomics researchers have met historical goals of using brain activity to predict and even forecast choice, the goalposts may have shifted (#neuroforecasting)...

    myscp.onlinelibrary.wiley.com/

  15. _BRAIN$?_ is out!
    Where I comment that while #neuroeconomics researchers have met historical goals of using brain activity to predict and even forecast choice, the goalposts may have shifted (#neuroforecasting)...

    myscp.onlinelibrary.wiley.com/

  16. Electrical #stimulation of the human #brain can influence risky choice -- ventral Medial PreFrontal Cortex (#MPFC) stimulation increases risky choice, but Anterior Insula (#AIns) stimulation decreases it (#NeuroEconomics , #affectiveneuroscience , #preprint):
    biorxiv.org/content/10.1101/20

  17. Electrical #stimulation of the human #brain can influence risky choice -- ventral Medial PreFrontal Cortex (#MPFC) stimulation increases risky choice, but Anterior Insula (#AIns) stimulation decreases it (#NeuroEconomics , #affectiveneuroscience , #preprint):
    biorxiv.org/content/10.1101/20

  18. Electrical #stimulation of the human #brain can influence risky choice -- ventral Medial PreFrontal Cortex (#MPFC) stimulation increases risky choice, but Anterior Insula (#AIns) stimulation decreases it (#NeuroEconomics , #affectiveneuroscience , #preprint):
    biorxiv.org/content/10.1101/20

  19. Electrical #stimulation of the human #brain can influence risky choice -- ventral Medial PreFrontal Cortex (#MPFC) stimulation increases risky choice, but Anterior Insula (#AIns) stimulation decreases it (#NeuroEconomics , #affectiveneuroscience , #preprint):
    biorxiv.org/content/10.1101/20

  20. Electrical #stimulation of the human #brain can influence risky choice -- ventral Medial PreFrontal Cortex (#MPFC) stimulation increases risky choice, but Anterior Insula (#AIns) stimulation decreases it (#NeuroEconomics , #affectiveneuroscience , #preprint):
    biorxiv.org/content/10.1101/20

  21. @NicoleCRust Anthropologists embedded in the #neuroeconomics community over a decade ago -- check out this fun account (by Natasha Schull and Cait Zaloom):
    as.nyu.edu/content/dam/nyu-as/

  22. Reversing #climatechange will require everyone's ideas, input, and effort…
    so I feel excited and honored to join colleagues in contemplating how we can leverage #neuroscience to address #ClimateChange (at #NatureClimateChange).
    We consider both how climate influences brain function and how brain function (and associated choice) might influence climate (#neuroeconomics , #neuroforecasting , #sfn2023)…
    nature.com/articles/s41558-023
    (gated; lab copy in response below)

  23. Reversing #climatechange will require everyone's ideas, input, and effort…
    so I feel excited and honored to join colleagues in contemplating how we can leverage #neuroscience to address #ClimateChange (at #NatureClimateChange).
    We consider both how climate influences brain function and how brain function (and associated choice) might influence climate (#neuroeconomics , #neuroforecasting , #sfn2023)…
    nature.com/articles/s41558-023
    (gated; lab copy in response below)

  24. Reversing #climatechange will require everyone's ideas, input, and effort…
    so I feel excited and honored to join colleagues in contemplating how we can leverage #neuroscience to address #ClimateChange (at #NatureClimateChange).
    We consider both how climate influences brain function and how brain function (and associated choice) might influence climate (#neuroeconomics , #neuroforecasting , #sfn2023)…
    nature.com/articles/s41558-023
    (gated; lab copy in response below)

  25. Reversing #climatechange will require everyone's ideas, input, and effort…
    so I feel excited and honored to join colleagues in contemplating how we can leverage #neuroscience to address #ClimateChange (at #NatureClimateChange).
    We consider both how climate influences brain function and how brain function (and associated choice) might influence climate (#neuroeconomics , #neuroforecasting , #sfn2023)…
    nature.com/articles/s41558-023
    (gated; lab copy in response below)

  26. Reversing #climatechange will require everyone's ideas, input, and effort…
    so I feel excited and honored to join colleagues in contemplating how we can leverage #neuroscience to address #ClimateChange (at #NatureClimateChange).
    We consider both how climate influences brain function and how brain function (and associated choice) might influence climate (#neuroeconomics , #neuroforecasting , #sfn2023)…
    nature.com/articles/s41558-023
    (gated; lab copy in response below)

  27. Congratulations to incoming #SocietyForNeuroeconomics President (and former #spanlab denizen) @uma_karma, and also council members Levy, Ruff, and Tusche!
    #Neuroeconomics is in good hands...
    neuroeconomics.org/

  28. Excited to share our _open access_ paper in Nature Neuroscience investigating the role of the rat frontal and parietal cortices in economic decisions under risk.

    nature.com/articles/s41593-023

    We found that silencing the frontal orienting field (FOF) in rat secondary motor cortex increased risk-aversion and we could decode the value of the lottery on each trial from the population activity of the FOF.

    #neuroscience @Nature #economics #Neuroeconomics #journal

    p.s. We are looking to hire a postdoc to work in mice models of economic (esp. strategic) decisions. Message me if you will be at SFN and would be interested in working at the amazing @SWC_Neuro

  29. Very much looking forward to attending #SNE2024 (#Neuroeconomics) in Vancouver *in person* --- and also to discussing new findings related to #neuroforecasting changing demand for sustainable vehicles at the #ConsumerNeuroscience preconference tomorrow!
    Hope to see some of you there...

  30. "Brain activity of professional investors signals future stock performance" : More evidence for extending #neuroforecasting to investment markets (and brain activity again beats behavior, #preprint, #icymi, #neuroeconomics )
    biorxiv.org/content/10.1101/20

  31. #Neuroeconomics gang out on the #Capilano Bridge, hoping to leverage misattribution of arousal to publish more papers... (#SNE2023)

  32. Very much looking forward to attending #SNE2024 (#Neuroeconomics) in Vancouver *in person* --- and also to discussing new findings related to #neuroforecasting changing demand for sustainable vehicles at the #ConsumerNeuroscience preconference tomorrow!
    Hope to see some of you there...

  33. Very much looking forward to attending #SNE2024 (#Neuroeconomics) in Vancouver *in person* --- and also to discussing new findings related to #neuroforecasting changing demand for sustainable vehicles at the #ConsumerNeuroscience preconference tomorrow!
    Hope to see some of you there...

  34. Very much looking forward to attending #SNE2024 (#Neuroeconomics) in Vancouver *in person* --- and also to discussing new findings related to #neuroforecasting changing demand for sustainable vehicles at the #ConsumerNeuroscience preconference tomorrow!
    Hope to see some of you there...

  35. Very much looking forward to attending #SNE2024 (#Neuroeconomics) in Vancouver *in person* --- and also to discussing new findings related to #neuroforecasting changing demand for sustainable vehicles at the #ConsumerNeuroscience preconference tomorrow!
    Hope to see some of you there...

  36. "Brain activity of professional investors signals future stock performance" : More evidence for extending #neuroforecasting to investment markets (and brain activity again beats behavior, #preprint, #icymi, #neuroeconomics )
    biorxiv.org/content/10.1101/20

  37. "Brain activity of professional investors signals future stock performance" : More evidence for extending #neuroforecasting to investment markets (and brain activity again beats behavior, #preprint, #icymi, #neuroeconomics )
    biorxiv.org/content/10.1101/20

  38. "Brain activity of professional investors signals future stock performance" : More evidence for extending #neuroforecasting to investment markets (and brain activity again beats behavior, #preprint, #icymi, #neuroeconomics )
    biorxiv.org/content/10.1101/20

  39. "Brain activity of professional investors signals future stock performance" : More evidence for extending #neuroforecasting to investment markets (and brain activity again beats behavior, #preprint, #icymi, #neuroeconomics )
    biorxiv.org/content/10.1101/20

  40. I'm at the #sne2024 #NeuroEconomics conference in Vancouver this weekend. Anyone attending, come find me and let's talk science!

  41. New [timely!] #neuroeconomics paper published. Looking at how the neuroscience of #memory can affect temporal discounting and disaster planning - important for understanding for how people react to #climatechange disasters.

    C. F. Runge, J. A. Johnson, E. A. Nelson, A. D. Redish (2023) A neuroscience-based analysis of impacts of disaster memory on economic valuation. Journal of Neuroscience, Psychology, and Economics 16(1):24-49.

    psycnet.apa.org/record/2023-28

  42. Check out our paper on the functional relevance of the right DLPFC and the VMPFC in risk taking behavior. Using TMS to check the role of each area. @[email protected] #ScienceTwitter #neuroeconomics doi.org/10.1016/j.cortex.2022.

  43. Thanks so much. And your background is almost as flattering as your words! Happy New Year, and a reminder that it is now in paperback! @CassSunstein @dilipsoman
    ---
    RT @Silvia_U_Maier
    Fantastic holiday read! Congratulations @ProfEricJohnson, such a great piece of work! It’s a true page turner, profound and accessible at the same time. Already know two more readers I‘ll recommend this to 😊 #design #prodmgmt #neuroeconomics
    twitter.com/Silvia_U_Maier/sta