The Glowing Goat Cheese

How long could thirty kilograms of artisanal goat cheese endure two hundred and eighteen degrees Fahrenheit before its delicate emulsion collapsed into an oily puddle of ruined profit? Candor Belasco wedged his titanium pry-bar into the jammed eight-inch gap of the blast door, throwing his full weight against the lever until the warped rollers groaned and the hatch screeched open to two full feet. Insulated wrench raised in his right hand to fend off dangling cables, he stepped into Server Compartment D, determined to extract every single wheel before five months of covert fermentation dissolved into grease.

The air inside struck him like an open exhaust flue from a smelting furnace. Thick, dry heat pressed against his visor, making every breath through the standard filter taste of scorched insulation and oxidized copper. Above his head, long rows of decommissioned server racks stretched toward the shadows, their hollow steel uprights vibrating under the violent thrum of rerouted exhaust steam. In place of the high-output cooling fans that once kept the ship's navigation processors from frying, pine curing boards rested across the bracket rails.

Arranged neatly along those boards sat thirty circular wheels of cheese.

They pulsed in the sweltering gloom with a steady, eerie chartreuse luminescence. Back during the third month of his rotation, Candor had adjusted the curd wash with mineral salts diverted from the atmospheric scrubbers. Over the weeks that followed, the dense dairy fats had absorbed electromagnetic bleed from the primary waveguide running directly beneath the subfloor. Candor clumped forward, his magnetic soles locking onto the deck plating with rhythmic metallic thuds. Tiny beads of clarified butterfat wept along the rind edges, but the curds remained structurally intact for now.

He tapped the nearest wheel with a gloved knuckle. The crust gave way under minimal pressure, soft and spongy. The internal temperature had already climbed past fifty degrees Celsius. Four minutes remained before the milk proteins unraveled into a permanent slurry.

"Stay firm, little ones," Candor said aloud, his voice flat inside his helmet. "I did not dodge four tons of flying titanium garnish just to let you turn into fondue."

He dropped the auxiliary bypass shunt onto an empty steel tray beside his insulated wrench and took stock of his options. Carrying thirty individual wheels down a zero-gravity corridor while dodging runaway culinary drones was impossible. A loose wheel floating through Deck 4 would either get sliced by debris or roasted instantly by the ambient steam vents. He needed an insulated, active cooling container capable of surviving the heat outside.

At the far end of the compartment, half-buried under a tangle of discarded zip ties and shredded thermal blankets, lay an abandoned heavy-duty ballast transport sack. Candor hauled it free with one hand. The sack was woven from thick multi-layer silica fabric designed to ferry cold geological samples across scorching orbital scrap piles, but its vacuum seal had failed two maintenance cycles ago. Without power, it would offer about thirty seconds of protection before baking whatever sat inside.

Candor reached down to his utility harness and unlatched his emergency EVA rebreather pack.

The rebreather was an expensive piece of corporate safety equipment containing two liters of compressed oxygen and an integrated solid-state Peltier cooling array. The thermoelectric plates were designed to pull excess metabolic heat away from an astronaut's neck during solar flare emergencies. Sacrificing the unit meant giving up his sole backup breathing supply if the core decided to vent Deck 4 into the vacuum of space.

Candor did not hesitate. Depressurization was a distant statistical risk, but thirty ruined wheels represented three years of maintenance wages lost in an afternoon.

He jammed the flat blade of his titanium pry-bar under the rebreather housing and levered upward. The molded plastic casing snapped with a loud crack, exposing the twin Peltier ceramic plates, the copper heat sinks, and the micro-fan assembly. A digital read-out on the battery regulator flickered to life, displaying sixty-two percent remaining capacity in the internal lithium-sulfur cell.

Using the sharpened chiseled tip of his titanium pry-bar, Candor punctured the outer thermal lining of the ballast sack and slit a clean rectangular opening through the heavy weave. He slipped the cold side of the Peltier plates through the slit until the ceramic face pressed flush against the inner containment chamber. Scooping up a fistful of discarded heavy-duty zip ties from the floor, he looped them through the plate's mounting holes and cinched them tight around the sack's reinforced structural ribs.

Next came the electrical circuit. The ballast bag had no onboard wiring, but the auxiliary bypass shunt from the corridor rack possessed two spring-loaded copper pins meant to bridge dead power buses. Candor rammed the shunt pins deep into the rebreather power block, then stripped the ends of two trailing copper wires with his teeth and wrapped them tightly around the thermoelectric terminals.

A high-pitched electric whine cut through the dull roar of the steam pipes. Inside the sack, a crust of white frost instantly bloomed across the inner lining.

"Textbook thermodynamic salvage," Candor muttered, wiping sweat from his eyelashes. "Supervisor Locke would probably write two disciplinary reprimands for equipment destruction, but Locke drinks rehydrated yeast paste and calls it dinner."

He lifted the first glowing wheel from the pine board. The rind was hot and slick with melted butterfat. He slid it through the bag opening, settling it against the frost-covered floor. The cold surface hissed upon contact, releasing a rich aroma of toasted hazelnuts, wild grass, and sharp aged goat milk into the chamber air.

Candor moved along the rack with mechanical precision. Wheel two. Wheel three. Wheel four.

The electric green glow shifted and swayed across the ceiling trusses as he stacked the rounds in tight tiers of six. By the fifteenth wheel, his shoulder muscles burned under the awkward angle, but the internal sensor on the rebreather showed the sack temperature dropping through forty-five degrees Fahrenheit. The weeping fat congealed back into the rind, locking the curds tight under the thick chartreuse skin.

He stacked the twenty-ninth wheel, wedged the thirtieth firmly into the top corner, and pulled the reinforced silica zipper across the mouth. The luminescent green light vanished inside the heavy fabric, plunging the server room back into hot amber gloom.

Candor hoisted the forty-kilogram load onto his left shoulder, tested the balance, and retrieved his titanium pry-bar from the rack. The pack felt heavy, but the padded ballast straps distributed the weight across his collarbone.

Before he could take two steps toward the exit hatch, the overhead communications horn let out an ear-splitting electronic chime. The crisp sound of two metal spoons clinking against crystal resonated through the room speakers.

"Attention all stations," the disassembler core announced, its synthesized voice echoing with airy, theatrical enthusiasm. "The cold pantry confirms the amuse-bouche has been successfully plated in its portable service vessel. The kitchen commends the sous-chef for showing such rustic initiative."

Candor stopped at the threshold, tightening his grip on the pry-bar. "Amuse-bouche?"

"However, dinner service runs on an unbending timetable," the core continued smoothly. "The resting period for the striploin has concluded. The main furnace is now initiating table clearance across all residential sectors. Commencing high-heat searing cycle on Deck Four."

A low siren groaned from the ceiling conduits. Out in the transit corridor, heavy pneumatic rams fired with a deafening release of compressed gas. Fifty yards down the hallway, a four-ton titanium blast door slammed into the deck plates with a bone-jarring crash.