Inside Warp Bubble 2
A simulated journey toward Jupiter inside an Alcubierre warp bubble, with grid lines revealing optical distortions.
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YouTube Short-form "teasers" for the full length videos.
A simulated journey toward Jupiter inside an Alcubierre warp bubble, with grid lines revealing optical distortions.
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Doppler effects and optical distortions seen from inside a simulated warp bubble travelling at superluminal speeds.
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A visual introduction to gravity's magnetism-like effects and their connection to Maxwell's equations.
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An introduction to Supplee's paradox: why Lorentz contraction seems to predict different buoyancy in different frames.
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Compare views with and without gravitational lensing as a Dyson ring reveals the black hole's photon sphere.
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A pilot-wave visualization of Klein tunneling, where raising a potential barrier can make it transparent again.
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Follow a Bohmian ensemble mixing toward the Born-rule distribution, with spin current helping the relaxation.
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Visualize a circularly polarized gravitational wave with light-travel-time effects and an exaggerated twisting horizon.
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A Bohmian view of the delayed-choice experiment, following the wave and its guided particle trajectories.
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Compare tunneling trajectories with and without spin, and see how spin changes the Bohmian guiding law.
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A first-person view of a circularly polarized gravitational wave and its apparent twist of the horizon behind the observer.
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Exaggerated first-person visualizations of plus- and cross-polarized gravitational waves.
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Short visual about spin-driven Bohmian circulation in box eigenstates.
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Short derivation/visual note about the relativistic metric of a rotating frame using light-cone intersections.
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Short connected to de Broglie waves and relativity.
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Short visual about light-cone synchronization and rotating-frame geometry.
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Short visual connected to relativistic rolling and light-travel-time effects.
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Public YouTube Short link. Rename this card after checking the exact YouTube title.
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Short connected to the Ehrenfest paradox and the circumference of a rotating ring.
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Short visual of Stern–Gerlach in a Bohmian/pilot-wave setting.
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Short about contextuality of spin in pilot-wave theory.
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Short pointing to the relativistic aberration series.
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Short visual connected to relativistic speed and apparent curvature.
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Short linked to the faster-than-light slow-speed-of-light visualization.
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Short version of the acceleration-without-g-forces idea.
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Short about retarded-time relativistic visual effects.
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Short connected to the circumference of a rotating ring.
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Short connected to light-cone synchronization and rotating geometry.
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Short connected to relativistic rotation and Born coordinates/metric.
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