For enterprise users, 8n8 and Zapier are prohibited; therefore, we are exploring Microsoft Power Automate, with the expectation of integrating agentic usage. My focus is to streamline research and posting on Sharepoint, hence understanding jargons of Sharepoint is necessary: The other difficult part is the "dynamic content" and "insert expression". when clicking the bolt sign, … Continue reading Power Automate Settings
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Getting Started with n8n: The Open-Source Workflow Automation Tool
n8n (pronounced “n-eight-n”) is an open-source workflow automation platform that allows you to build powerful, automated processes by connecting different apps and services. It’s similar to tools like Zapier or Make, but unlike most competitors, n8n is open-source, self-hostable, and built for both no-code users and developers who want fine-grained control. Workflows are made of … Continue reading Getting Started with n8n: The Open-Source Workflow Automation Tool
Automation via Zapier MCP Server in Client like Cursor or Windsurf
In the visible horizon, it is evident that coding agent platforms such as Cursor and Windsurf are becoming increasingly dominant. While tools like Manus appear impressive, they do not serve as convenient resources for professional coders; rather, they cater more to non-coder users seeking generic answers that can rival those provided by experts, including the … Continue reading Automation via Zapier MCP Server in Client like Cursor or Windsurf
Gemini Pro 2.5 Is Superior to ChatGPT and Deepseek
the same question I asked chatGPT and deepseek returns unsatisfying answer was well addressed by Gemini Pro 2.5: "why torus's fundamental group is abelian, it's hard to comprehend why go through loop A then loop B is same if reverse order?" Okay, let's break down why the fundamental group of the torus is abelian (commutative), … Continue reading Gemini Pro 2.5 Is Superior to ChatGPT and Deepseek
Loops and Holes
Homology provides a math way to define "holes" in a space. Hole is a loop that does not bound, i.e., the hole's loop is not the boundary of anything else. loop = collection of 1-cells with boundary zero. intuitively, we know that a hole is an unfilled region enclosed by a loop that cannot be … Continue reading Loops and Holes
Lie Algebra is Derivative?
What is derivative? We're familiar with the regular derivative as Lie algebra arises from the study of Lie groups, which are groups that describe continuous symmetries (e.g., rotation, translation). It is the tangent space on each point in the Lie group. However, in terms of derivative, Instead of taking a derivative of a function, we … Continue reading Lie Algebra is Derivative?
Attempt to Learn “Particle from Field”, “Mass Creation” and “Force from Interaction”
The three questions bother me a lot in QM and QFT. By DrPhysicsA, I could claim that I got the gist of them. The concept of quantized particle properties, as introduced by Prank and Einstein, alongside the wave characteristics of light, logically culminates in the application of wave equations to describe particles under quantization constraints. … Continue reading Attempt to Learn “Particle from Field”, “Mass Creation” and “Force from Interaction”
“Deep Learning”
This deep learning is not Google's deep learning, AI but how we grasp deep learning. Such as Path G's interpretation of gauge invariance is intuitive; Quantum Sense's approach to the Schrödinger equation focuses on problem-solving; and at a high level, I observed that ARRB suggests that physics and mathematics serve primarily to translate collected or … Continue reading “Deep Learning”
Open-sourced DeepSeek Models’ Huge Commercial Potential
Given that Deepseek has opened its model, it enables business owners to deploy it locally, thereby harnessing the advantages of AI while also safeguarding the most sensitive and critical privacy of their data and client information. To effectively deploy a project locally, one must acquire a comprehensive understanding of essential skills and knowledge. to be … Continue reading Open-sourced DeepSeek Models’ Huge Commercial Potential
Ehrenfest’s Theorem
Ehrenfest’s theorem shows that quantum expectation values follow classical mechanics on average, but quantum fluctuations can cause deviations.