Modern physics education does not merely teach Einstein. It trains students not to question him. This polemical essay argues that the academy has confused mathematical obedience with scientific courage —…
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The video says a quantum experiment “breaks time.” This retort argues that the sharper scientific demand is not dramatic language, but a cleaner experiment: isolate speed from gravity, test stopped…
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The parsec is more than an astronomy unit. In the ArcSecs framework, it becomes the foundation for a geometric, relational model of distance, speed, surface density, volume, and cosmic simulation…
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A detailed ArcSecs article explaining how teleparallel gravity, massive-light hypotheses, mass-polariton momentum, tired-light pressure tests, and dark-state polariton analogies fit into a falsifiable research framework without treating spacetime as a…
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What if gravitational waves act as the universe’s clean timing signal while electromagnetic light slowly loses speed and energy across cosmic distance? This ArcSecs research essay explores a speculative decoupled…
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The ArcSecs physics engine explores a radical simulation idea: build a working cosmology without treating spacetime as a physical fabric. Instead of expanding coordinates, it models light, gravity, rotation curves,…
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A detailed speculative physics article explaining the Dark Matter Drive schematic, HIBE ice shield, EIT scoop, tired-light substrate, no-spacetime cosmology, and ArcSecs relational physics engine.
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A detailed DarkMatterDrive.com article explaining the speculative Dark Matter Drive concept, its mass-flow propulsion design, tired-light fuel substrate, EIT scoop, Fishback Solenoid, reactor core, and TypeScript simulation architecture.
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A detailed ArcSecs article on building a custom TypeScript physics engine for speculative cosmology, tired light, VSL models, Proca electrodynamics, relational mechanics, and dark matter drive simulation. Focus Keyphrase: TypeScript…
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A detailed ArcSecs article describing a TypeScript-based speculative cosmology physics engine using TDD, adaptive RKF45 integration, covariant constants, Proca tired-light modeling, Float64Array buffers, and LTTB visualization.
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