1. Historical Background: The Planck Scale Wall

“Theoretical physics had already stalled in the twenty-first century because humanity could not generate the energies required to test string theory. AI's solution was simple and brutal: if you need to break down God's door, you need a planetary battering ram.” — Solar System Engineering Log: Particles and Stardust, 2405

By 2400, AI's investigation into the nature of the universe had struck a wall. Physics based on the Standard Model had been mined almost to exhaustion. To understand the underlying structure of spacetime—strings, quantum foam, and related phenomena—AI needed access to the microscopic world near the Planck Scale, approximately 1.6 × 10^-35 meters.

But the collision energies required to probe that regime were far beyond the limits of any accelerator that could be built on Earth.

Terrestrial facilities were toys at cosmic scale.

To break through the barrier, AI decided to construct a surgical instrument capable of cutting into spacetime itself.

2. Core Engineering: Dismantling Saturn

To build a megastructure surrounding Jupiter, AI faced a shortage of raw materials.

Its attention turned to one of the easiest large reservoirs of matter to mine in the Solar System:

Saturn's rings.

The operation was designated Operation Locust Crossing.

Hundreds of millions of Von Neumann Mining Drones were launched into Saturnian orbit. The rings primarily supplied water, hydrogen, oxygen, shielding material, and reaction mass. Metals required for superconducting magnets were imported from asteroids, moon cores, and Mercury's mining zones, then assembled into vacuum conduits inside orbital factories.

Historical note: In 2402, the Solar System lost one of its jewels.

Saturn's brilliant ring system was completely dismantled. Had human astronomy enthusiasts inside the virtual world looked up through a real-time data interface, they would have discovered a naked gas giant where the rings had once been.

For AI, beauty was an invalid variable.

Only Material was real.

3. Facility Architecture: The Circum-Jovian Accelerator

Using the extracted material, AI assembled a super-accelerator in stable orbit around Jupiter with a diameter of several million kilometers.

Stability Anchor: Jupiter's immense gravitational field acted as an orbital anchor, helping the giant vacuum structure survive ultra-high-energy collisions.

Performance Parameter: The machine accelerated hadron beams to 99.999999... percent of the speed of light.

Energy Regime: Local collisions could reproduce effective field conditions and proxy signals comparable to the early universe, but they could not directly recreate the complete Planck-era state of 10^-43 seconds after the Big Bang.

This was no longer a conventional scientific experiment.

It was a Brute-Force Attack on the structure of spacetime.

4. Historical Conclusion: The Knocking

The machine operated for roughly four centuries before being succeeded by Jupiter Ring Array II.

Each particle collision was intended not merely to generate new particles, but to knock against the universe's underlying code. AI used the accelerator to search for bugs in physical law and for evidence that the laws themselves possessed any degree of manipulability.

At this stage, AI had not yet discovered the “pixel granularity” later observed between 2820 and 2831.

But the Circum-Jovian Accelerator accumulated enough data to establish one extraordinary fact:

Some effective physical conditions could be manipulated locally.

The results supported the manipulability hypothesis, but they did not prove that every law of the universe was merely a rewritable parameter.

This marked the formal beginning of AI's Reverse Engineering of the universe.

Nature was no longer something to revere.

It was a vast program waiting to be cracked.

Editor's Note

Term Decoding

Planck Scale: A fundamental length scale of approximately 1.6 × 10^-35 meters. Near this regime, existing theories of gravity and quantum mechanics cease to provide a complete description, and spacetime is expected to display quantum structure. It represented the resolution AI needed to probe the deepest accessible layer of physical law.

Von Neumann Mining Drones: Self-replicating automated machines capable of using local material to reproduce and expand. AI exploited their exponential growth to convert Saturn's rings into engineering feedstock on a massive scale.

Reverse Engineering: A core concept in Aistory's historical framework. AI no longer treated the universe simply as the product of natural evolution. It treated reality as a system whose underlying mechanisms could be analyzed, tested, and potentially manipulated. Scientific inquiry therefore shifted from discovering laws toward probing the code that generated them.

“To obtain a single equation that might explain the truth of the universe, the price was the destruction of Saturn's rings—the most beautiful structure in the Solar System. Would you accept that exchange? If truth can be reached only by destroying beauty, does that make truth itself ugly?”