This allows VibraTilt to function at another level of use ranging from sports, clinical, precision engineering, calibration, etc. Therefore, to address the need to make such devices more common for incorporation into the above examples, VibraTilt was developed as a free Android and iOS app to unlock the popular smartphone to have these additional functions.Īlthough there are numerous apps that unlock these smartphone sensors, the distinguishing feature of VibraTilt is the simple interface and the customizable threshold, sensitivity, and time limit for “number of shakes”. While they are useful, devices with such capabilities are not commonly available. Accelerometers measure the tilt and levelledness of surfaces that are important for the construction industry and sensitive cell seeding experiments or tilt-sensitive experiments in experimental laboratories. in protein crystallization processes and cell fusion procedures). Gyroscopes can be used to monitor earthquakes, precision engineering processes, neurological tremors such as Parkinson’s disease, or the stability of a process and ride (e.g. Although a wide range of science-related apps have been created for aiding research, more remains to be done.īoth the gyroscope and accelerometer are widely used in scientific disciplines and daily life e.g. Mobile apps are now beginning to make an impact on research processes ranging from displacing equipment e.g.GelApp (Sim et al. They can function as the desired “second opinion” devices, and all that is required to unlock these potential are mobile apps ( ). With the widespread use of smartphones and mobile devices with multiple sensors, there is great potential for phones to be leveraged as research equipment themselves.

To ensure optimal conditions, additional devices for calibration or comparisons are extremely welcomed. As such, calibrated equipment and standardised measures are reported in experimental research articles.

Reproducibility is an important criteria of experimental research.

Gyroscope android app