The table below contains scientific concepts directly referenced in this worldview. Time is the point at which the principle is experimentally or theoretically derived (preferably month); Years that were proposed but not yet validated are not included. In the game, due to the acceleration of the elixir, the equivalent knowledge was completed about three hundred years after the Ming Dynasty, and by 2026 it was used as a Type II project.
Scientific principles | Argument time | A brief description | In-game usage |
|---|---|---|---|
Quantum tunneling | 1957 | Reina Ezaki detected tunneling current in heavily doped germanium p–n junctions, and electron tunneling in solids was experimentally confirmed. | Model 37 is compressed into an electronic state and transmitted over short distances via a prefabricated barrier; The principle of portals between the three major scenarios. |
Yamanaka Factor (OSKM) | August 2006 | Mouse adult cells were reprogrammed by four transcription factors into induced pluripotent stem cells, and the experiment was successful. | Official anti-aging facade; The symbiont locks it in the 'partial, circulating, non-cancerous' range. |
Partial reprogramming | December 2016 | Short-pulse OSKM traces aging markers back in live mice, preserving cellular identity. | The limit of Earth's version of immortality; The window fails when it is engulfed by radiation and rubber ball noise. |
Quantum Chromodynamics (QCD) | 1979 | The PETRA collider observed three injection cases, with gluons as independent particles confirmed experimentally. | Theoretical premise for rubber balls, luminescent metals, and symbiotic supports. |
Rubber ball | May 2024 | BESIII measured the mass of X (2370) with spin–parity, consistent with the lattice point QCD prediction for the lightest pseudo-label rubber ball. | Energy storage and wormhole working fluid, Ming Dynasty elixirs, electronic life, model 37 core, mountain support. |
Dyson sphere | 1960 | Dyson provides thermodynamic proof of the collector shell from the perspectives of stellar-level energy consumption and infrared waste heat. | Type II energy infrastructure; Light interception leads to insufficient surface light and a decline in lifespan. |
Kardashov Rating | 1964 | Kardashov completed Type I/II/III graded demonstrations based on available energy scale. | By 2026, humans have been classified as Type II. |
Einstein–Rosenbridge | 1935 | Einstein and Rosen derive a bridge special solution connecting two spacetimes from field equations. | Long-distance route in the galaxy layer (glue sphere condensate stabilizes throat). Separate tunneling doors are used between planetary scenes. |
Driven by curvature | 1994 | Alcubierre provides a gauge for local contraction and expansion spacetime, and superluminal displacement can be observed inside the bubble. | A 500-light-year/6-month route plan alongside the wormhole, one of the logs to be revealed. |
Quantum teleportation | December 1997 | The Innsbruck experiment completed the transfer of the photon polarization state and the exit reconstruction, with the original state destroyed with measurement. | Reconstruction protocol for electronic states at tunnel exits. |
Kepler-186f | April 2014 | Data from the Kepler Telescope transit confirmed the presence of a terrestrial planet at the outer edge of the habitable zone of the red dwarf, with a period of about 129.9 days. | Main stage; The game calendar is set at 130 days per year. Tidal locking is the design choice. |
Entries that have completed experimental validation should be written as the year of experimental demonstration; Entries still stuck on mathematical derivations (Dyson spheres, Kardashoff hierarchies, Einstein–Rosenbridges, curvature drives) write about the year the derivation was published and self-consistently established. Between planetary scenes, quantum tunneling gates are used; interstellar interstellar passages are used in the throat of the glue ball worms.