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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
Another WebGL Experiment.
Transformer Model 3D Visualization Click and drag to rotate Scroll to zoom The Blue block is the Input Embeddings, the Red Blocks are Attention Heads, The Large Green Block is the Hidden Feed Forward Network and the Little Green Block is the Feed Forward Network Output.
Abstract This paper proposes a novel approach to reducing the dimensional complexity of Large Language Model (LLM) training by introducing a definition-specific byte encoding system that disambiguates word meanings during the tokenization phase. By attaching a single byte that maps to specific Oxford English Dictionary definitions, we can potentially reduce the embedding dimensions required for
RAG (Retrieval Augmented Generation) is a developing technology for using embedding models to search documents for context based on an embedding generated from the user query. There are problems with the current methods, including loss of contextual information and failure to find relevant information. To circumvent these difficulties, a hybrid keyword search and contextual search
This is a stub to keep a link to the interestingengineering.com‘s article on spinning magnet levitation: “Physicists have deciphered the underlying physics of a perplexing “magnet levitation” phenomenon first reported by a Turkish researcher in 2021. The phenomenon involves the levitation of a nearby magnet caused by the fast rotation of another magnet, which challenges
Particulate and VOC Capture system concept(s): ## Components: ## Coating Process: ## Operational Considerations: ## Safety Measures: ## Potential Enhancements: ## Disposal/Recycling:
Have you ever considered a tree as an electrical system? Certainly there are some insights to be gained by doing so… Check out these related Links! Query 1: Let’s consider plant biology, specifically the electrical properties of living plant cells. Plant cells contain a cell wall, which is a dielectric medium, and interior to this
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This article is a simple set of notes and links for some research into the practicality of spectroscopy methods for use with plastic polymers. “Polycarbonates contain several phenyl-based molecular groups, which are very energy-rich due to the π electrons of the double bond in the ring. In fluorescence, electrons can be lifted into higher energetic