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Participants are presented with a series of numbers and must recall them by typing them into a box. The amount of numbers will increase, making the task harder and harder until we can measure the maximum amount of numbers a participant can remember.

A minimalist antisaccade task measuring attention and response control, can be adapted for eye tracking.

The classic Stroop task.

A demo based on The Attention Network Task (Fan et al. 2002).

In this task participants are required to respond to all letter stimuli except from letter X (by pressing space). This task is based on Conners (2000) Continuous Performance Test.

The Simon task is a psychological test where participants respond to the color of a stimulus, ignoring its spatial location, to measure the effect of spatial cues on reaction time and cognitive control.

A demo based on the Bilingual Stroop effect. Also demonstrates how to achieve a counterbalanced design.

A demo based on the Balloon Analogue Risk Task. Participants pump a balloon and try to cash in a prize before the balloon pops. Generally used as a measure of risk taking and decision making.

A test of working memory, participants see a series of numbers and must remember if this number is the same as the Nth previously.

An example of a visual search task. Participants must search for the letter T amongst distractor letters.

Triplet task for younger children

Based on http://psych.colorado.edu/~jclab/FPST.html

This is an illustration of how to run a jsPsych experiment from pavlovia.org, using the jsPsych pavlovia plugin.

Traditional beads jumping to conclusions task with addition of distractor trials as in McLean et al (2018):

McLean, B. F., Mattiske, J. K., & Balzan, R. P. (2018). Towards a reliable repeated-measures beads task for assessing the jumping to conclusi

The numerical Stroop (Henik and Tzelgov, 1982).