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In this task participants are required to judge whether the presented stimuli are the same or different. The stimuli are presented consecutively with a mask inbetween. This experiment is based on experiment by Luck & Vogel (1997).

a la Woods et al

The Simple Reaction Time Task (Deary & Liewald, 2011)

A gamified experiment to assess Balance, Multisensory integration (Sound-Induced Flash Illusion) and Motor control (hitting targets) in children.

Animal stroop task - based on Reynvoet et al 2021 and adapted for children In the Animal Stroop tasks, participants are instructed to respond to one piece of relevant information about a stimulus while ignoring the other, often more salient, piece of information. Two animals picture are presented on each trial simultaneously. Participants need to indicate which animal is larger in real life and ignore the size of the image. Two large animals (elephant or bear) coupled with two small animals (rabbit or butterfly) are presented. 1/2 congruent trials: the image of the larger real-life animal (elephant or bear) is larger than the smallest animal (butterfly or rabbit). 1/2 incongruent trials: the image of largest real-life animal is presented smaller than the image of the smallest real-life animal. Stimuli are a total of 16 pairs: 2 small animals x 2 large animals x 2 size (congr|incongr) x 2 sides (left|right) 16 practice trials with feedback; 48 test trials fixation cross 500ms Stimulus on the screen until a response is given. Blank screen 500ms Response: 'f' key for left, 'j' for right Inhibition is measured by an interference score for each task by subtracting the mean response time (RT)/mean accuracy on correct congruent trials from the mean RT/mean accuracy on correct incongruent trials.

experimental group of verbal interference experiment with butterflys

Experimento sobre memorias falsas y la carga emocional en las imagenes

This is a demo version of the Stroop task modified by Cui et al (2008), to be used to test priming by colors and its association with imagery vividness

Built in PsychoPy by Rodrigo Salgueiro Pardo (Pardo RS) for the Human Movement Research Laboratory (MOVI-LAB), at São Paulo State University (UNESP), School of Sciences, Campus Bauru.

Related to the undergraduate research project entitled "Effect of intermittent hypoxia on cortical activity in young adults", designed and written by Alline do Valle (Valle A), funded by the National Council for Scientific and Technological Development (CNPq), supervised by the Ph.D. Prof. Fabio Augusto Barbieri (Barbieri FA) and MSc. Jônatas Augusto Cursiol (Cursiol JA).

NOTE: The representative project image was taken from Serebros website.

fill the water cup

This is a stroop task I made via a follow along video to learn PsychoPy.

This experiment demonstrates a method to randomize a fixation cross duration. This specific method shows the randomization between 1000ms and 3000ms.