Individual differences in cognitive performance can be quantitative or qualitative in nature. Accounting for qualitative as well as quantitative individual differences is of importance for cognitive neuroscience, where a central goal is not only to relate brain function to behavior generally, but also to understand and predict individual behavior from neural data. In turn, cognitive neuroscience can help determine the nature of individual differences by revealing the underlying neural mechanisms and uncover qualitative individual differences that are not immediately apparent from behavioral data, enhancing our understanding of why and how people behave the way they do
In cognitive neuroscience there is a growing interest in individual differences. We propose the Mult...
Cognitive abilities cannot be measured directly. What we can measure is individual variation in task...
Funding: INQMINDS’ ERC Starting Grant no. (SEP-210159400) (AMS)Cognitive abilities cannot be measure...
Individual differences in cognitive performance can be quantitative or qualitative in nature. Accoun...
Rouder and Haaf (2021, this issue) propose a focus shift toward qualitative individual differences i...
Rouder and Haaf (2021, this issue) propose a focus shift toward qualitative individual differences i...
Rouder and Haaf (2020) posed the important question if there are some individuals whose behavior is ...
In this paper we propose a new set of questions that focus on the direction of effects. In almost al...
I see great potential in the approach proposed by Rouder and Haaf. First, using an example from unet...
I see great potential in the approach proposed by Rouder and Haaf. First, using an example from unet...
This is the author accepted manuscript.Individuals vary in their cognitive performance. While this v...
Individual differences in cognitive paradigms are increasingly employed to relate cognition to brain...
Individual differences in cognitive paradigms are increasingly employed to relate cognition to brain...
Rouder and Haaf (2021) propose that studying qualitative individual differences would be a useful to...
Rouder and Haaf (2021) propose that studying qualitative individual differences would be a useful to...
In cognitive neuroscience there is a growing interest in individual differences. We propose the Mult...
Cognitive abilities cannot be measured directly. What we can measure is individual variation in task...
Funding: INQMINDS’ ERC Starting Grant no. (SEP-210159400) (AMS)Cognitive abilities cannot be measure...
Individual differences in cognitive performance can be quantitative or qualitative in nature. Accoun...
Rouder and Haaf (2021, this issue) propose a focus shift toward qualitative individual differences i...
Rouder and Haaf (2021, this issue) propose a focus shift toward qualitative individual differences i...
Rouder and Haaf (2020) posed the important question if there are some individuals whose behavior is ...
In this paper we propose a new set of questions that focus on the direction of effects. In almost al...
I see great potential in the approach proposed by Rouder and Haaf. First, using an example from unet...
I see great potential in the approach proposed by Rouder and Haaf. First, using an example from unet...
This is the author accepted manuscript.Individuals vary in their cognitive performance. While this v...
Individual differences in cognitive paradigms are increasingly employed to relate cognition to brain...
Individual differences in cognitive paradigms are increasingly employed to relate cognition to brain...
Rouder and Haaf (2021) propose that studying qualitative individual differences would be a useful to...
Rouder and Haaf (2021) propose that studying qualitative individual differences would be a useful to...
In cognitive neuroscience there is a growing interest in individual differences. We propose the Mult...
Cognitive abilities cannot be measured directly. What we can measure is individual variation in task...
Funding: INQMINDS’ ERC Starting Grant no. (SEP-210159400) (AMS)Cognitive abilities cannot be measure...