by A. Pung | Oct 12, 2026 | Botany, Electronics
<Work In Progress> TL;DR: This post details the materials, sensors, and motivation behind the atmospheric measurement board used in the FIELD (Frequency & Intensity Experiments on Leaf Development) project. In total, the board utilizes three sensors. As an...
by A. Pung | Oct 12, 2026 | Botany, Electronics, Uncategorized
<Work In Progress> TL;DR: This post details the materials, sensors, and motivation behind the atmospheric measurement board used in the FIELD (Frequency & Intensity Experiments on Leaf Development) project. Here’s a laundry list of the components I...
by A. Pung | Aug 10, 2025 | AI / ML, Math methods
TL;DR: Modeling airfoil efficiency typically relies on high-fidelity computational fluid dynamics (CFD) to accurately simulate air traversing the surfaces of a wing. But creating, testing, and analyzing data from an airfoil experiment can be even more resource...
by A. Pung | Aug 9, 2024 | Math methods
Introduction This article is an aside from a previous article on machine learning. The dataframe used in this tutorial (flown_noNA) is derived in the previous article after ingesting multiple CSV files, combining data, and removing redundancies within the resulting...
by A. Pung | Jan 20, 2024 | Physics
Introduction From the earliest days of the universe, massive explosions have been responsible for the chaotic separation of structured materials. During the explosion process, shockwaves (or shock shells) are formed due to gradients in pressure and heat released...
