Vieyra SoftwareBreaking Your Device with a Strong MagnetMagna AR depends upon the presence of magnetic fields. Typically, we like to begin by having users explore the terrestrial magnetic field…Apr 12, 2020Apr 12, 2020
Vieyra SoftwareSupporting Conceptual Understandings of Fields: A Review of the ResearchNow that we’ve made the technological advancements in our NSF Cyberlearning grant by publicly releasing Physics Toolbox AR Field…Sep 14, 2019Sep 14, 2019
Vieyra SoftwareStepping into a New Dimension: Using Quaternions to See the InvisibleOur previous project blogs documented some of the advancements we have made in creating an AR-based magnetic field visualizer for personal…Jun 26, 2019Jun 26, 2019
Vieyra SoftwareVisualizing Magnetic Fields in 3-DMagnetic (and electric) fields are often challenging to teach and understand because they exist in three dimensions. Typical introductory…Feb 1, 20191Feb 1, 20191
Vieyra SoftwareBuilding an AR Magnetic Field Visualizer — The Vision and ChallengesIn our previous post, we provided a rationale for why we believe using personal mobile devices (PMDs) to visualize real magnetic fields…Dec 17, 2018Dec 17, 2018
Vieyra SoftwareBuilding an AR Magnetic Field Visualizer — RationaleTechnology gives humans the opportunity to perceive physical attributes of the world that are completely invisible. Magnetic fields, for…Dec 16, 2018Dec 16, 2018
Vieyra SoftwareARCore and ARKit Feature Sets Compared to Hamsters and DaVinci: How they see the worldIn the previous entry of this blog series, we looked into the market share of each AR platform, device compatibility, and perceived…Oct 21, 2018Oct 21, 2018
Vieyra SoftwareComparing Google ARCore and Apple ARKitChoosing which platform to use to pursue exploratory work in augmented reality (AR) visualization techniques is critical. As many mobile…Sep 25, 2018Sep 25, 2018
