@brain_apps @giollabhui @seriousstats @PsychologyMike Indeed, not trivial to disentangle difficulty, engagement, motivation, ... and also fairly dependent on the operalization and definitions. I've looked into effects of difficulty and reward on both cogni
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
RT @modelbrains: New paper with @ElianaVassena on motivation, prioritization, and how cost-benefit analyses change with task type and infor…
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
RT @modelbrains: New paper with @ElianaVassena on motivation, prioritization, and how cost-benefit analyses change with task type and infor…
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
New paper with @ElianaVassena on motivation, prioritization, and how cost-benefit analyses change with task type and information order. All with a sweet, sweet computational modeling glaze on a metaphorical prefrontal cortex pastry. https://t.co/ccJaEFjT
RT @ElianaVassena: **New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we sim…
Here the link without paywall https://t.co/9DucQNjPMp
**New paper online** Prioritizing reward reduces effort avoidance and improves performance accuracy. This is what we simulate with a computational model of prefrontal cortex @modelbrains , and what we find in healthy people. https://t.co/hgIsQyvlnL
RT @brain_apps: Nice new paper from @ElianaVassena & @modelbrains on the effects of knowing effort or reward information first, on the will…
RT @brain_apps: Nice new paper from @ElianaVassena & @modelbrains on the effects of knowing effort or reward information first, on the will…
RT @brain_apps: Nice new paper from @ElianaVassena & @modelbrains on the effects of knowing effort or reward information first, on the will…
RT @brain_apps: Nice new paper from @ElianaVassena & @modelbrains on the effects of knowing effort or reward information first, on the will…
RT @brain_apps: Nice new paper from @ElianaVassena & @modelbrains on the effects of knowing effort or reward information first, on the will…
RT @brain_apps: Nice new paper from @ElianaVassena & @modelbrains on the effects of knowing effort or reward information first, on the will…
Nice new paper from @ElianaVassena & @modelbrains on the effects of knowing effort or reward information first, on the willingness to put in effort and on task performance - with behaviour conforming to the HER model. https://t.co/RispABEMYQ