Antikythera Mechanism
I believe the Antikythera Mechanism is far older than the Atlantis civilization. Explore calendar cycles and analog computation that inform CST timing.
Open Antikythera
A concentric, epicycle-style dial for CST alignment. The rings show long-cycle calendar beats and tunnel-window markers, useful for synchronizing navigation, experiments, and simulator events.
Short demonstration of the latest warp-engine interface updates, highlighting timing, stability checks, and corridor control aligned to CST.
A compact two-ring layout that cross-indexes CST with UTC. The highlighted arcs indicate proposed tunnel windows and stability checks, making it easy to keep systems in phase across platforms.
I’m Gabino Casanova (Brownsville, Texas). This site advances a physics-first roadmap to practical interstellar travel. Beyond CST time synchronization and Tunnel Warp geometry from circle-space equations, the work is framed by Einstein’s field equations (curvature ↔ energy–momentum), positive-energy warp candidates, vacuum/EM boundary effects, and closed-loop stability gates that decide when a corridor is safe to open.
From theory to engineering: (1) near-term missions use CST-aligned ephemerides and Tunnel Warp route corrections to yield shorter effective paths for conventional rockets; (2) full field propulsion matures once the stability thresholds—field uniformity, boundary control, thermal margins, and Arrow Shield fail-safes—consistently pass. All subsystems are CST-clocked to stay in phase.
I believe the Antikythera Mechanism is far older than the Atlantis civilization. Explore calendar cycles and analog computation that inform CST timing.
Open AntikytheraIntegrated cockpit mockups for warp control—vector panels, stability badges, and CST timing unified in one interface.
Open PrototypesExplore how Einstein’s field equations (spacetime curvature), quantum master equations (state evolution), vacuum fluctuations, and CST feedback control combine into a self-consistent loop for warp-field stability. Visualize residuals, stability badges, and energy accounting while experimenting with inputs (flux, events, gains).
Compare standard transfers vs. speculative tunnel corrections; see flight-time, fuel context, and alignment timing.
EphemeridesTunnel overlayFuel context
Sound resonance modulation to seal/stabilize a breach. Shows pressure-wave balancing, plasma interaction, and EM feedback.
ResonancePlasmaEM feedback
Logic/affect architecture with core-memory feedback, mood gates, and ethical loops driven by CST alignment.
Memory loopsMood gatesEthics
Real-time vibrating field-lines linking GR, string-harmonic nodes, and CST navigation.
HarmonicsEnergy fluxResonance
Field Oscillation Breach Arrest & Acoustic-Electro-Wave Field Control with live pressure/plasma/EM/photon feedback.
FOBASAEWFCAuto-repair
Word documents and simulators authored by Gabino Casanova, including ASOFT 2025 submission and ancient-calibration studies.
.docxCalibrationsASOFT 2025
Buttons open in a new tab. Each item includes a brief description for users.
Trade study comparing artificial-gravity approaches within tunnel geometry and CST timing.
Conceptual integration of ZPE-style boundaries with warp-field channels and safety gates.
Topological pathway concept linking non-orientable surfaces to warp-route symmetry and stability cues.
Interactive cone/corridor geometry visualizer for tunnel angles, margins, and gradients.
Top-level notes for the Interstellar Star Clock project: structure, goals, and modules.
Core-memory + mood-gate + ethics loops; CST-aligned decision dynamics (alternate build).
Field-wave and string-harmonic animations with live parameters and CST nodes.
Baseline warp-engine/channel interface and telemetry preview.
Acoustic Shield and FOBAS+AEWFC visualizations for breach-arrest logic.
Compare conventional transfers with speculative tunnel corrections and timing.
Timing utilities, ephemeris hooks, and CST alignment helpers for navigation.
Live residuals, stability badges, and energy accounting with event-driven photon terms.