WebGL Experiment — Qwen2.5 generated Icosahedron Scene
ASCII render ASCII Icosahedron with Particle Vortices
A CH431B is a type of USB to serial converter chip
Response from Gemini, 1-17-25. A CH431B is a type of USB to serial converter chip, primarily used for flashing firmware onto devices like phones, but requires specific software and hardware connections to work with a phone; you cannot directly use a CH431B to interact with a phone like a regular USB cable; you need to access the phone’s
Mermaid Diagram Embedding Test Post
Simple test post to determine how to implement mermaid diagrams using the WP plugin. graph TD A[Test Node A] –> B[Test Node B] B –> C[Test Node C]
Tabulation of Workcell Serial Interfaces in Molding
The following is a table recording the state of serial interface availability in the molding department as of 11-12-25. Device interfaces examined were the Degate and Press Robot Controllers, the Press UI and the eDart as currently configured. Some notable observations were that several workcells employing RJ3i series controllers had only RS-232-C and PCMCIA ports
Raspberry Pi 4 B IoT Data Collection: Single Workcell
In order to examine consolidation of production data and program management, it is prudent to create a LAN IoT solution for a single WorkCell as an experiment. The feasibility and best practices can be determined from this scope while limiting research cost and potential consequential complications. In furthering this experiment, notes have been taken regarding
Research Into Electrical Science
This is a research and Notes Article, mainly a place to keep track of certain information sources and some writing to make sense of it all. General Overview of the Aether Theory Relative to Modern Physics Found a summary video on the state of the Theories on Rumble: Covers some of the more well known
Time-Dilation?
Lets talk about time-dilation. Modern physics discussions always use the same experiment to describe this effect. An atomic clock in a plane disagrees with an atomic clock on the ground. All that would have to happen for this to occur is a slight difference in the rate of electric and magnetic induction. Nothing to do
WebGL Experiment: Magnetic containment of Plasma
Understanding the Plasma Confinement Simulation This simulation demonstrates a simplified model of magnetic plasma confinement, similar to what you might find in fusion research devices called “magnetic mirrors.” Let me break down what you’re seeing and what this simulation can (and can’t) show us. What You’re Looking At How It Works The simulation uses several
WebGL Experiments: Simulation of Plasma around Toroid Magnet (Once Again, May not be accurate)
This visualization shows a plasma system contained within a magnetic field – a common configuration in fusion reactors and plasma physics experiments. Let me break down what you’re seeing: This type of configuration is similar to what’s used in fusion research, where extremely hot plasma needs to be contained without touching the walls of the
WebGL Experiments: Toroid Field Lines and electron behavior (May not be accurate)
Electron Motion in Magnetic Field Let me explain this magnetic field visualization in detail. You’re looking at a three-dimensional simulation that shows how magnetic fields behave around a toroidal (donut-shaped) magnet, along with the motion of electrons within this field. The central donut-shaped object represents the toroidal magnet itself. The magnet has two poles: the