Computer simulations (CS) are applied for instrument design, feasibility tests and education
in low-resource settings. These applications have been targeted by research biophotonics …

During the COVID-19 pandemic, social distancing restrictions required courses to be offered
fully online, which impacted multidisciplinary courses/events worldwide. The quality of …

Current methods of teaching tissue optics in biophotonics and biomedical optics courses
include creating computer-based learning environments. However, this method assumes …

Tissue optics education can use several open-source tools available online. Even though
these tools can be accessed by a broad student population, education environments …

As a rapidly growing field, biophotonics demonstrates an increasingly higher demand for
interdisciplinary professionals and requires the implementation of a structured approach to …

We developed a fully-remote biophotonics workshop integrating webinars, computer
simulations and at-home experiments to meet the needs of undergraduate students with …

The biophotonics box enables multidisciplinary/interdisciplinary and self-paced learning
with at-home experiments using low-resource components. Experiments can increase the …

Background and significance: Virtual resources have become a popular way to enhance
lecture and laboratory instruction; however, there is no experimental data assessing their …

The recent explosion of technological innovations in mobile technology, virtual reality (VR),
digital dissection, online learning platform, 3D printing, and augmented reality (AR) has …

Simulations can play an important role in science education. Simulations (enabled by
powerful numerical and visualization methods) are excellent tools for teaching optical …