Human Benchmark is a Flutter app for Android that features many tests to assess your abilities.

Cognitive Models: Computational Modeling of Cognitive Processes with Bayesian Mixed Models in Julia

Android app testing reaction times during awake brain surgeries

A Simple JavaScript Reaction Game. Click on view demo for trial. My best is 0.266 seconds. I know you can easily beat my score. All the best

A computer-adaptive web-based application that can instantly process human cognitive performance

Let's see whats your high score or minimum time to react

A self-paced Alternating Serial Reaction Time Task (ASRT) created with jsPSych.

Ein Reaktionsspiel für die Konsole, bei dem man mehrmals hintereinander zufällig eine der 4 Pfeiltasten drücken muss

A reaction time test. Click when the window show's green similar to Human Benchmark

Let's see you React :D

Active and passive go-no-go Presentation® NeuroBehavioral Systems' experiment

Reaction Time test This is a simple reaction time test program made with Python and Tkinter

This little game tests your reaction time. You have to click at the shapes as fast as possible There are 4 different shapes and many different colors. Have fun!

web app that test your reaction time!

This is a simple game to help track the reaction time (in Milliseconds) using Javascript.

The Reaction Time Challenge Game is an interactive web development project designed to assess users reaction times through three engaging challenges. Players have three attempts to record their best reaction time in each challenge. They can submit their results to a leaderboard, view the top ten scores, and request a PDF file.

SRT manuscript repo

🏎 Web App that tests your reaction time and compares it to that of an average F1 Driver. Made in Vue.js

A minimalist rage game that tests your speed, focus, and patience. Hover, match, click — sounds easy, right? Think again. 😅

A Python-based experiment built using PsychoPy for studying decision-making, confidence assessment, and response accuracy under varying conditions of visual dot motion coherence.