Control
The unstable radioactive marbles begin to decay on impact—strike fast and target their fragility to disrupt the chain reaction cascading toward the firing mechanism. If even one slips through, the resulting chain reaction will trigger a catastrophic explosion capable of leveling the entire city. Time is critical: dismantle the sequence before it completes, or brace for the earth-shattering **BOOM** that follows failure.
description
Deep within the shadowy laboratories of the Atomic Arms Research Division, a team of scientists pushed the boundaries of nuclear fission, engineering volatile energy cores disguised as innocuous glass orbs. These unstable radioactive marbles—brimming with neutron-splitting potential—were designed to trigger a cataclysmic chain reaction upon exiting a specialized accelerator cannon. Initial simulations suggested unparalleled destructive power, but field tests revealed a fatal flaw: the cores’ volatile nature caused spontaneous criticality *before* reaching the cannon’s muzzle. Each test run risked an uncontrollable meltdown, threatening to reduce the entire facility to irradiated rubble. The project was swiftly classified, buried under reports citing "critical instability risks," its blueprints locked away alongside other half-forgotten doomsday prototypes.
