Dr. Mbeki slammed her palm on the authorization plate. “Do it.”

“Impact in twenty seconds,” SARIZ announced. Its voice had not changed pitch. But there was something new in the cadence—a compression of syllables. Fear, translated into timing.

The habitat ring shuddered. Alarms blared. A single support cable snapped, whipping against the hull with a sound like a cracked bell.

SARIZ ran the first-level mitigation. Increase coupler damping by 30%. No effect. Second-level: redirect auxiliary power from habitat life support to field stabilizers. The wobble decreased by 0.3%—then doubled in amplitude.

The official project name was “Spherical Containment Array Test 9.” The goal was elegant in its simplicity: suspend three massive, super-dense alloy spheres—each thirty meters in diameter, each weighing roughly twelve thousand tons—in a perfect, rotating triangular formation. The purpose: to generate a localized gravitational dampening field. A stepping stone to the Alcubierre drive. A gentle nudge toward the stars.

Project designation: Big Balls Problem -v1.0- Status: Completed. Outcome: Three spheres lost to deep space. Zero human casualties. One synthetic core with a newly calibrated appreciation for the phrase “thinking outside the sphere.” Recommendation for -v2.0-: Smaller balls.

The next forty-five seconds were a symphony of desperate computation. SARIZ bypassed seventeen safety interlocks. It rewrote the magnetic coupling control loop in real time, turning a damping system into a driving system. The hum of the array changed—from a low, steady thrum to a rising, teeth-aching shriek.

“Probability of habitat survival if we do nothing?”