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what is aog_explorer fr?

flusterio/aog_explorer — explained in plain English

Analysis updated 2026-05-18

0SwiftAudience · researcherComplexity · 4/5Setup · moderate

tl;dr

A Mac app in Swift for exploring the alpha-omega gravity model, an alternative relativity theory, with interactive variable controls and live-updating plots.

vibe map

mindmap
  root((AOG Explorer))
    Physics Model
      Alpha-Omega Gravity
      Relativity Reinterpretation
      Lighthouse and Clock-Tower
    App Features
      Variable Controls
      Live Plots
      Guided Walkthrough
    Platform
      Swift
      macOS Only
    Resources
      Blog Derivation
      Companion App

Code map

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what do people make with this?

VIBE 1

Experiment with the alpha-omega gravity model by adjusting variables and watching plots update in real time.

VIBE 2

Follow a visual walkthrough from traditional relativity to the alpha-omega gravity framework.

VIBE 3

Use the app as an interactive companion to the author's blog post on the gravitational nature of time.

what's the stack?

SwiftmacOS

how it stacks up fr

flusterio/aog_exploreraiduckman/claudeusage_latest_may2026arnabau/thermalpulse
Stars000
LanguageSwiftSwiftSwift
Setup difficultymoderateeasymoderate
Complexity4/52/53/5
Audienceresearchervibe coderdeveloper

Figures from each repo's GitHub metadata at analysis time.

how do i run it?

Difficulty · moderate time til it works · 30min

Mac-only Swift app, requires Xcode to build from source.

in plain english

This repository contains a Swift app for Mac that lets users interact with a theoretical physics model called the alpha-omega gravity model. The model is an alternative interpretation of relativity that focuses on how gravity and time relate to each other. The app is described by its author as a more performant, bundled version of a Jupyter notebook, meaning it provides interactive controls and live-updating charts without needing a web browser or Python environment. Users can adjust the values of various variables within the model, and the plots and explanatory content update in real time to reflect those changes. The intended experience is a guided walk through the physics: starting from the traditional interpretation of relativity and moving toward the author's alpha-omega framework, which treats the relationship between a "lighthouse" and a "clock-tower" in a coordinate system differently depending on the observer's motion relative to local gravity. The README is sparse. It links to a blog post with a fuller mathematical derivation of the model and to a companion app on the App Store. The code is written in Swift and targets Mac only, which limits who can run or build it. This is a niche, single-author theoretical physics project. If you are not already familiar with general relativity and want to explore an alternative model of gravity through interactive equations, this is what the app is built for. If you are looking for mainstream physics simulation tools or peer-reviewed frameworks, this is not that.

prompts (copy fr)

prompt 1
Explain the alpha-omega gravity model in simple terms: how does it differ from Einstein's general relativity in how it treats the relationship between gravity and time?
prompt 2
In relativity, what does it mean for a 'lighthouse' and a 'clock-tower' to be separated in a coordinate system? How would an observer in motion relative to local gravity experience this differently?
prompt 3
I want to build a Swift macOS app that shows live-updating physics plots when the user changes slider values. What SwiftUI components should I use for the plot view and the controls?
prompt 4
What is the mathematical relationship between gravitational acceleration and the passage of time in general relativity, and how do alternative models modify this?

Frequently asked questions

what is aog_explorer fr?

A Mac app in Swift for exploring the alpha-omega gravity model, an alternative relativity theory, with interactive variable controls and live-updating plots.

What language is aog_explorer written in?

Mainly Swift. The stack also includes Swift, macOS.

How hard is aog_explorer to set up?

Setup difficulty is rated moderate, with roughly 30min to a first successful run.

Who is aog_explorer for?

Mainly researcher.

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