What would a faster-than-light spacecraft look like if spacetime were not a physical fabric, dark matter were exhausted ancient light, and inertia emerged from the relational pull of the cosmos?…
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A companion ArcSecs essay arguing that if distant galaxies can separate faster than light under standard cosmology, then “nothing can exceed c” is not a universal architectural law. It is…
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An ArcSecs systems-architecture argument against treating spacetime as a literal physical fabric. Using test-driven development logic, the article reframes gravitational lensing, photon mass, absolute time, massive electrodynamics, tired light, and…
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A practical ArcSecs guide to the observational fingerprints of slow-light cosmology: redshift drift, lensing anomalies, time-delay stretching, brightness-distance errors, photon-mass constraints, and the precision instruments needed to separate speculation from…
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A deep, WordPress-ready exploration of slow light, quantum interferometry, dark refraction, sub-luminal quanta, condensed-relic dark matter, and the space-based metrology stack needed to test dark-sector theories.
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A deep dive into why modern physics increasingly treats spacetime not as a cosmic substance or container, but as an emergent, relational, holographic, or even eliminable structure arising from quantum…
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As the universe expands, distant light becomes stretched, weakened, delayed, and eventually lost from visibility. ArcSecs asks whether that lost light is truly gone — or whether it remains part…
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A speculative look at how small variations in light behavior could grow into major cosmological measurement problems across extreme distance.
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