Smart scientific instruments based on smartphones: a brief review

Abstract

<span>Smartphone has gone beyond a communication hub to be a measurement device itself, thanks to various built-in sensors. This article reviewed achievements in transforming ubiquitous smartphones into cost-effective scientific instruments for educational laboratories, environmental studies, point-of-care diagnostics, home-based health monitoring, and rehabilitation. Magnetic fields were precisely measured by built-in magnetometers, leading to demonstrations for engineering and medical applications. The smartphone-based joint-angle measurement was a viable alternative to traditional goniometers. Characterizations of optical signals captured by cameras led to portable spectrophotometers and colorimeters for both educational and practical uses. Interestingly, smartphones became a platform for high-resolution microscopes and fluorescence microscopes were developed with add-on components. These smart instruments become even more attractive options in the pandemic period with limited facility and laboratory access.</span>

The Impact of Teaching Simple Harmonic Motion Supported by A Smartphone-based Sensor on Students’ Conceptual Mastery

“…Moreover, smartphones can be valuable tools to bolster physics experiments, given their userfriendly nature [6]. Generally, smartphones have sensors applicable to physics experiments [7][8][9].…”