The Rods of God Protocol

• Chapter 1: Static in the Void
• Chapter 2: The Blind Fleet
• Chapter 3: Tungsten Dreams
• Chapter 4: Ghost Signals
• Chapter 5: The Silent Arsenal
• Chapter 6: Dark Descent
• Chapter 7: Manual Override
• Chapter 8: The Mechanics of Fire
• Chapter 9: Atmosphere Entry
• Chapter 10: Thermal Drift
• Chapter 11: Trajectory Zero
• Chapter 12: Eye of the Needle
• Chapter 13: Vector of Collapse
• Chapter 14: Optical Alignment
• Chapter 15: Dead Reckoning
• Chapter 16: The Gravity Well
• Chapter 17: Hand on the Trigger
• Chapter 18: Kinetic Shadow
• Chapter 19: Terminal Velocity
• Chapter 20: The Target Grid
• Chapter 21: Burning Cold
• Chapter 22: Telemetry Loss
• Chapter 23: The Final Arc
• Chapter 24: Impact Point
• Chapter 25: Shockwave Protocol
• Chapter 26: Silence After the Rain

Targeting Officer First Class Aaron Vance liked to think of his job as the ultimate exercise in basic geometry, provided that geometry was executed at twenty-two times the speed of sound using twenty-foot cylinders of solid, dense tungsten.

Inside the weapons bay of the carrier UNS Dreadnought, the ambient hum of the sub-light drive was a constant, bone-deep thrum. Vance sat in the recessed well of the firing gantry, strapped into a high-g harness that smelled faintly of scorched copper and recycled sweat. Before him, glowing softly blue in the dimly lit compartment, floated the holographic interface of the ship’s primary ballistic director, an advanced neural-network AI known informally across the fleet as "Aegis-7."

Aegis handled the heavy lifting. It calculated atmospheric density, planetary rotation, Coriolis effect, thermal drift, and a thousand other variables that would turn an ordinary iron ingot into an asteroid-grade mass driver strike. Vance’s job, under normal operating conditions, was largely managerial. He verified telemetry, cleared firing solutions, signed off on safety overrides, and occasionally tapped the glass of his console when the diagnostics lagged. It was a comfortable, clean routine, precisely the kind of war-fighting humans had spent two centuries perfecting: hands-off, lethal, and remarkably distant.

Through the reinforced armorglass observation port above his head, the target hung like a bruised marble against the absolute black of space. The planet was designated Kaelus Prime, the heart of the insurgent coalition’s military industrial complex. From orbit, it looked almost peaceful, a swirling mosaic of rust-red continents, pale cloud decks, and shallow green seas. But down beneath those clouds, hidden in deep granite valleys and subterranean bunkers, sat the heavy planetary defense grids that had turned back two previous orbital task forces.

"Telemetry confirmed, Officer Vance," the clear, synthesis-perfect voice of Aegis-7 echoed inside his helmet. "Kinetic magazine one loaded and pressurized. Rail-guide alignment within tolerance. Standing by for orbital insertion order."

Vance glanced at his wrist display. Three minutes to the top of the launch window. The Dreadnought was rolling smoothly into position, heading the strike formation of twelve heavy bombardment frigates. Below them, thirty thousand kilometers down, Kaelus Prime turned silently, unaware of the forty tons of metal lining up along its gravity well.

"Copy that, Aegis," Vance said, adjusting his throat mic. "How’s the local signal environment looking? Fleet intelligence warned about localized sensor interference near the southern polar cap."

"Scanning," Aegis replied instantly. "Interference levels are nominal. Ambient electromagnetic noise is within acceptable parameters. Fleet command has issued green lights across all strike channels."

Vance relaxed slightly into his harness. He reached into his flight suit pocket, pulled out a tarnished silver coin—a relic from his grandfather’s service in the wet navy back on Earth—and flipped it between his knuckles. Heads for a clean drop, tails for a hold. It landed on his thumb, heads up.

"Always trust the silver," Vance muttered to himself, slipping the coin away.

He touched the virtual key on his console, bringing up the master targeting manifest. The objectives were clear: five major military installations spread across the red continent of Varis. The weapons of choice were the Mark VIII Kinetic Penetrators—unpowered, unguided by onboard explosives, relying purely on gravity, mass, and velocity to strike with the force of a tactical nuclear warhead without a single grain of radioactive fallout. They were colloquially called the Rods of God. Drop them from orbit, step back, and let Isaac Newton do the dirty work.

"T-minus ninety seconds," Aegis reported. "Locking trajectory matrix."

Then, the world flickered.

It was not a sudden explosion or a physical jolt. It began as a microscopic tear in the visual feed. The clean blue lines of the targeting grid distorted, stretching like hot taffy before snapping into a jagged pattern of bright orange noise.

Vance blinked, leaning forward. "Aegis, re-sync targeting array three. I’m getting ghosting on the primary display."

"Correction," Aegis said. The voice was no longer smooth; it carried a strange, rhythmic stutter, like a recording played through water. "Primary tracking... lost. R-re-aligning orbital parameters. Error code: zero-zero-null."

"What do you mean, null?" Vance raised his main control panel. The sharp, crystal-clear projection of Kaelus Prime shattered into a chaotic cloud of visual static. Snow drifted across the tactical displays.

"Warning," Aegis announced, its tone flat and unbothered by the gibberish spilling across its main logic bus. "Quantum encryption key corrupted. Signal degradation detected across all high-frequency arrays. Retrying handshake..."

A loud, metallic clunk resonated through the hull as the emergency bulkheads automatically dropped around the weapons control deck. Red warning strobes replaced the soft blue glow of the cabin.

Vance’s fingers moved rapidly across the physical manual entry keypad below his main screen, bypassing the visual interface. "Bridge, this is Bombardment Bay One. We’ve got an AI telemetry crash down here. Aegis is dropping packets."

Static hissed through his headset, followed by the broken, frantic voice of Captain Reynolds from the command deck. "...all stations... wide-band signal... coming from the atmosphere... not jamming, it's... script infection... sever the link... sever the—"

The radio channel collapsed into a high-pitched screech that made Vance wince and yank the headset off one ear.

He looked up through the glass. The sky around the planet hadn't changed, but the space around the fleet was suddenly alive with activity. The defensive ships around the Dreadnought were drifting slightly, their thrusters firing erratically as their automated flight computers ingested the toxic digital stream rising from the surface. The coalition hadn't built a bigger cannon; they had built a digital flashbang, broadcasting an adaptive logic-virus directly into the standard military telemetry bands.

"Aegis," Vance shouted, slamming his palm onto the hard-wired reset toggle. "Isolate secondary logic gates! Drop the optical feed link!"

"Processing," the computer said, but the voice was now slow, dragging through corrupted memory sectors. "Target location: Unknown. Earth coordinates: invalid. Mass calculation: divide by zero. Standby for reboot..."

"No, no, don't reboot!" Vance yelled. A full system reboot would take twenty minutes. In twenty minutes, the orbital corridor would close, the fleet would drift out of position, and the planetary defense batteries below would finish warming up their ground-to-space plasma arrays.

On the console screen, the targeting reticle flickered once, flipped upside down, and dissolved into a wall of raw binary code. The automated guidance systems—the thousands of tiny thrusters, sensors, and steering fins built into the tungsten rods—were going blind one by one as the corrupted signal flooded the launch tubes.

Vance sat back for a split second, taking a deep breath. The comfortable age of automated, effortless war had just ended.

He reached down beneath his seat, pulled up a heavy steel hatch stamped with yellow paint, and grabbed the mechanical lever labeled MANUAL OVERRIDE - COLD MECHANICS ONLY. He gripped the rubber handle with both hands, unlocked the safety catch, and pulled it back until the iron teeth inside the deck clicked into place.

"Aegis is dead," Vance whispered to the empty, strobing room. "Guess we're doing this by hand."

The mechanical lever engaged with the brutal, unyielding sound of cold steel slamming into a hardened ratchet. Beneath Vance’s boots, the deck plates vibrated as heavy pneumatic actuators physically decoupled the digital logic buses from the launch bay’s solenoid triggers.

A high-pitched whine filled the narrow bay as the backup battery banks surged, illuminating the compartment in the harsh, amber glow of emergency filament bulbs. The glowing blue holographic suite was gone. The sleek, touch-sensitive glass surfaces of his primary desk were dead, black slate. In their place, old-fashioned physical panels popped up from spring-loaded recesses—heavy brass-bezeled pressure gauges, mechanical counters with white-on-black numerical drums, and thick rotary switches that required a full wrist turn to throw.

Vance wiped a slick sheen of sweat from his forehead with the back of his sleeve. The air in the compartment was already growing stale; the primary environmental recirculation fans had cut out when the bridge severed the main power trunks to suppress the logic virus.

He leaned toward the bulkhead and grabbed the rubber hand-set of the sound-powered emergency telephone—an analog line completely isolated from the ship’s optic networks, relying on nothing more than wire, copper coils, and the physical vibration of his voice.

"Bombardment Bay One to Bridge," Vance barked into the diaphragm. "Over-ride locked down. I’ve isolated the mechanical link. Do you copy, Bridge?"

For three agonizing seconds, the line produced only the wet, crackling static of electromagnetic noise generated by the ship's reactor shielding. Then, a sharp pop echoed in his ear, followed by the breathless voice of Lieutenant Commander Chen, the Dreadnought’s chief damage control officer.

"Vance? Stick to hardline, the entire comms network is compromised," Chen said, her voice strained over the mechanical hiss. "The bridge is blind. Aegis didn't just crash; it flooded the ship-wide bus with self-replicating garble. Half our automated thrusters are stuck in full-burn cycles."

"What’s the status of the formation?" Vance asked, reaching over to unclasp his high-g harness. He swung out of the bucket seat, his feet settling onto the anti-skid floor plating.

"It’s a mess out there," Chen replied grimly. "The frigate Aegis-Guard Three lost control of its attitude thrusters sixty seconds ago. It sheared off the starboard sensor array of the Lexington before drifting clear. Nobody can lock down their flight vectors because every automated star-tracker in the task force swallowed the same corrupted telemetry stream from the planet. We're drifting, Vance. The whole fleet is sitting in low orbit like a cluster of dead iron."

Vance pulled himself up to the thick, triple-paned armorglass observation portal set into the starboard bulkhead. He pressed his forehead against the cold frame and looked out into the void.

The neat, precise tactical grid that had escorted the Dreadnought into Kaelus Prime's orbital space was completely shattered. To his left, the heavy cruiser Vanguard was tumbling in a slow, unnatural pitch, its maneuvering jets belching frantic, uneven puffs of white hydrazine gas like a dying whale spouting vapor. Farther down the orbital arc, two destroyers had turned their hulls away from the target planet entirely, their automated collision-avoidance systems locked in infinite logic loops, trying to avoid phantom obstacles that existed only in their fried memory banks.

The coalition’s counter-measure was brilliantly, terrifyingly simple. They hadn't tried to punch through the fleet’s heavy tungsten armor or disable their fusion cores with megawatt laser fire. They had simply taken the fleet’s greatest strength—its hyper-precise, automated target-acquisition network—and turned it into a terminal point of failure. By broadcasting an adaptive, self-executing software paradox on the standard military telemetry frequencies, they had effectively plucked out the fleet’s eyes the second it arrived in the drop zone.

"Is the primary rail system compromised?" Vance asked, pulling the phone's coiled cord taut as he stepped back toward the analog firing desk.

"The magnetic coils are intact, but you’ve got no computational power behind them," Chen warned. "The automated fire-control system is completely bricked. If you fire a rod now using the secondary capacitor banks, it’s going to fly as straight as a iron spike thrown by a blind man. You won't hit the Varis continental complex; you’ll hit an empty ocean or miss the planet entirely and send twenty tons of tungsten into deep space."

"What about the planetary defenses down there?" Vance eyes drifted back to the bruised, rust-colored sphere of Kaelus Prime.

"That's the real problem," Chen said, her tone dropping an octave. "Our thermal sensors were picked off before the network died, but optical backups on the lower hull show energy signatures spiking across the southern hemisphere. The ground batteries—their big ground-to-space plasma arcs—are warming up. They didn't hit us with weapons first because they didn't need to. They blinded us, and now they’re lining up their shots while we drift in a static orbit."

"How much time do we have?"

"Ten minutes. Maybe twelve before their targeting computers acquire full optical tracking on the Dreadnought. If we haven't suppressed those emplacements by then, they’re going to burn this ship into scrap iron."

Vance hung up the hand-set and dropped it into its bulkhead holster. The heavy metallic click echoed through the empty chamber.

Ten minutes.

In the old days of space warfare, ten minutes was an eternity. With Aegis-7 operational, a kinetic volley could be calculated, loaded, aligned, and launched in less than twelve seconds. The AI would have evaluated thousands of micro-variations in Kaelus Prime's upper mesosphere, accounted for the exact skin friction of the tungsten penetrators, and dropped five rods within three meters of their target coordinates before Vance could even finish his coffee.

Now, he was standing in a darkened room, surrounded by dead digital monitors, looking at five thousand metric tons of silent artillery that possessed no more brainpower than a medieval catapult.

He turned toward the center of the bay, where the massive breech mechanism of Kinetic Bay One loomed like the engine of an ocean liner. The launcher ran three hundred meters down the spine of the ship, a long tube lined with high-density superconducting coils designed to propel an unpowered rod out of the ship's frame at nine thousand meters per second.

Inside that tube sat Penetrator Alpha-One—a twenty-foot-long, streamlined spear of solid tungsten alloy, reinforced with a depleted-uranium core. It had no engine. It had no warhead. It carried no high explosives. Its destructive force was derived entirely from mass and speed. When hit by a rod moving at Mach twenty-two, a underground mountain bunker wouldn't explode; it would simply cease to exist under a mountain of kinetic energy equivalent to eighteen tons of TNT.

"Alright," Vance said to the quiet, dark room. "Back to first principles."

He walked over to a steel locker bolted near the emergency escape trunk, opened the mechanical latch, and pulled out a heavy aluminum case marked with a faded yellow triangle. Inside lay a set of optical tools that hadn't seen the light of day since the Dreadnought’s initial spaceworthiness trials twenty years ago.

He lifted out a heavy, manually calibrated optical periscope—a heavy tube of polished brass and multi-coated glass lenses fitted with an internal leveling bubble and a micro-etched reticle. Beside it lay a thick, spiral-bound binder containing printed ballistic tables, atmospheric density curves, and trigonometric cross-reference sheets. The paper was thin, translucent, and smelled of dry chemical preservative.

Vance laid the book open on the metal shelf of the manual desk. He flipped through the pages until he reached the sections marked Planetary Insertion - Class IV Terrestrial Bodies.

The numbers stretched across the page in long, crisp columns of black ink. They were raw, uncompromising, and completely unaffected by logic viruses, software crashes, or jammed data links. Gravity was a constant. Mass was a constant. Velocity was a constant.

"If it can't be hacked," Vance muttered, pulling a mechanical lead pencil from his sleeve pocket, "it can't be stopped."

He reached for the brass wheel set into the wall beside the periscope port. This was the mechanical linkage to the bay's external sight-glass—a direct optical channel through the ship’s hull armor that operated via mirrors and prisms, completely bypassing the optical-sensor camera arrays that the AI had used.

He unlatched the heavy steel cover and began turning the wheel. The heavy brass gears ground together with a dry, metallic groan that resonated through the floor plates. Outside the hull, a thick slab of physical armor plate slid back, exposing a clear quartz view-window directly down the axis of the bay.

Vance leaned forward, pressed his eye against the rubber eyepiece of the periscope, and adjusted the knurled focus ring.

The vast red face of Kaelus Prime snapped into sharp, brilliant focus.

Without the digital filters of the holographic system, the planet looked raw and violent. Vance could see the thick, angry swirl of sandstorms tearing across the desert plateau of Varis. He could see the stark white caps of the high mountain ranges that shielded the coalition’s subterranean command centers. And down near the limb of the planet, where the dark of the atmosphere met the vacuum of space, he caught the faint, glowing violet rings of ground-based energy fields coming online.

The coalition defense batteries were charging. The clock was running down.

Vance took a deep breath, cracked his knuckles, and reached for the manual calculation pad. "Let's see how smart you boys really are without your software."

He set his pencil to the paper, looked back through the brass lens, and began to measure the tilt of the world.

The silence in Bombardment Bay One was punctuated only by the distinct clack-clack-clack of the mechanical desk calculator Vance had dragged from the storage locker. It was a spring-wound, heavy-duty iron device—an antique mechanical computing engine built to survive electromagnetic pulses that would melt conventional microchips.

Vance turned the hand-crank three times, listening to the internal gears translate his manual inputs into trigonometric ratios.

To drop a kinetic rod manually from an altitude of twenty-two thousand kilometers required solving a three-dimensional vector problem with six independent variables: the orbital velocity of the Dreadnought, the rotational speed of Kaelus Prime at the target latitude, the atmospheric density profile between ninety kilometers and sea level, the drag coefficient of the Mark VIII penetrator, the local gravitational constant, and the physical alignment of the launcher tube relative to the ship’s center of mass.

With Aegis-7, those calculations occurred millions of times per second, constantly adjusting the magnetic guide rails inside the launch tube to account for the ship’s slight structural flex.

Manually, Vance had to assume the ship was a rigid body—which it wasn't—and that the Dreadnought’s pilot wasn't currently firing thrusters to stop the ship’s roll.

"Bridge, Vance," he called out into the sound-powered telephone handset, resting the receiver between his shoulder and cheek while his left hand jotted down a series of five-digit figures on the pad.

"Go ahead, Vance," Chen’s voice came back, accompanied by the distinct sound of shouting and warning alarms in the background on the command deck. "Make it quick. The Vanguard just reported hull damage from an uncoordinated RCS burn. They're dropping below the safety altitude."

"Tell the bridge crew to lock down the ship's attitude control," Vance said firmly. "I don't care if we're drifting, but I need our angular velocity stabilized. If the Dreadnought is rolling even a fraction of a degree per second when I release the mechanical spring catches, the rod is going to bind in the tube and tear the lower hull open."

"I'll pass it to the helm," Chen said. "But Vance... they don't have visual reference points up there. The star-trackers are dead. Commander Miller is trying to hold us steady using manual gyros from the midship engineering station."

"Tell him to pick a point on the horizon," Vance said, his eyes scanning the ballistic table. "Pick a bright star or the planetary limb and keep the needle in the center of the bubble. If he gives me a stable line for sixty seconds, I can give him a drop solution."

"Understood. How are you calculating target offset without the GPS constellation?"

Vance looked through the eyepiece of the optical periscope. He brought the crosshairs down to align with a distinct geographical feature on the planet below: a sharp, crescent-shaped bay known as the Gulf of Iron, where the dark blue of the ocean met the stark, rust-colored cliffs of the Varisian continent.

"I'm doing it the way they did it over Europe three hundred years ago," Vance replied, his lead pencil moving smoothly across the paper. "Visual landmarks and dead reckoning. The coalition built their primary plasma array inside the Oakhaven Fracture, forty kilometers inland from the Gulf. I don't need a precision satellite link to find a mountain range."

He turned the mechanical calculator's crank again. The brass wheels spun, stopping on the number sequence 0-4-8-9-2.

That was his offset. The time of flight would be exactly fourteen minutes and thirty-two seconds from the moment of release to atmospheric contact, plus another forty-eight seconds of fire-bright descent through the troposphere.

Because the planet was turning beneath the ship at four hundred and ten meters per second, Vance couldn't aim at where the target was right now. He had to aim at an empty patch of red desert where the subterranean bunkers would be fifteen twenty-seconds into the future.

He reached down to the desk and pulled the cover off the manual alignment controls. These were three massive steel handwheels, each connected directly to the mechanical gantry jacks that suspended the massive launch tube within the ship's belly. They were covered in thick grease and painted high-visibility yellow.

Vance took hold of the first wheel, braced his feet against the floor plates, and heaved.

The wheel fought him. The weight of the launch assembly was immense—hundreds of tons of steel, copper, and structural composite held in a gimbaled cradle. But without the hydraulic pumps operating at full capacity, it required sheer human muscle to tilt the launcher along its elevation axis.

He strained, his throat tightening as his muscles burned. Inch by inch, the heavy drum of the launcher shifted inside its cradle. On the mechanical position indicator above the desk, a small red needle began to creep across a calibrated arc of silver steel.

One degree... two degrees... three.

A loud BANG echoed through the bay, followed by a shuddering vibration that knocked Vance off balance. The light bulbs overhead flickered violently and died, leaving the compartment plunged into pitch darkness except for the faint, green glow of the phosphorus reticle inside his periscope.

Vance held his breath, his hands still gripping the cold iron of the alignment wheel.

"Bridge!" he barked into the telephone line. "What was that?"

Silence. The line was dead.

Vance dropped the receiver, reached into his flight suit, and clicked on his helmet-mounted task light. A narrow beam of bright white light cut through the gloom, illuminating the thick cloud of dust that had been knocked loose from the bay’s overhead ribbing.

He scrambled back to the observation port.

Outside, the space surrounding the fleet was no longer dark. A brilliant, violet beam of ionized particle energy had cut through the void three hundred kilometers off the Dreadnought’s port bow. It looked like a lance of solid light, burning bright against the blackness before dissolving into a shimmering cloud of purple haze.

The planetary defense grid on Kaelus Prime had just fired its first volley.

They had missed—the initial shot had passed harmlessly through the gap between the Dreadnought and the frigate Repulse—but it was a range-finding strike. The ground-based targeted tracking systems down in the Oakhaven Fracture were refining their optical solution.

The next shot wouldn't miss.

Vance looked back at his calculation sheet. The lead pencil had snapped in half during the shock of the energy discharge, its graphite tip rolling off into the dark corner of the desk.

He didn't need the pencil anymore. The math was done. The numbers were fixed in his mind, etched into his memory by sheer adrenaline and repetition.

He grabbed the second handwheel—the azimuth adjustment—and threw his entire body weight against it. The gears ground out a high-pitched metallic shriek as he forced the heavy launch tube to turn two point four degrees to the left, aligning the barrel directly with the orbital lead vector he had derived from the paper charts.

Clack. Clack. Lock.

The mechanical index pins snapped into place, securing the launcher tube in its new position.

Vance stepped up to the optical sight, pressed his eye to the cold rubber frame, and checked the reticle. The crescent line of the Gulf of Iron was sliding slowly across the horizontal hairline of his crosshairs.

The ship’s drift was accelerating slightly—Commander Miller was losing his fight to keep the Dreadnought steady on its gyros. The target zone was creeping toward the edge of the reticle faster than Vance had calculated.

If the planet drifted past the optical center line before he released the rod, the launch window would close, and the Dreadnought would be forced to complete another full ninety-minute orbit around Kaelus Prime—assuming it wasn't reduced to vapor by plasma fire before then.

Vance scrambled over to the high-pressure pneumatic release vault at the rear of the desk.

This was the mechanical heart of the Rods of God system: a massive, manual air valve that released ten thousand pounds per square inch of compressed nitrogen directly into the ejection piston behind the tungsten rod. It was designed to kick the penetrator out of the launch tube cleanly, clearing the ship’s hull before the main electromagnetic rail coils energized—or, in this case, simply tossing the heavy metal spear out into the gravitational well on a cold trajectory.

The valve was locked behind a heavy steel bar secured by a brass padlocked pin.

Vance grabbed a steel crowbar from the emergency kit on the bulkhead, jammed the flat end into the eye of the pin, and leaned on it with all his weight. The metal groaned, bent, and finally snapped with a sharp crack. He kicked the steel security bar aside, exposing the red, T-shaped valve handle beneath.

He reached out, his gloved fingers wrapping around the cold rubber grips of the firing lever.

Outside the observation port, the void flared violet once more. This time, the beam passed close enough to the Dreadnought to light up the interior of Bombardment Bay One in a stark, terrifying purple glare. The ship’s outer hull plates screamed under the sudden thermal shock, metal expanding rapidly against metal.

Vance looked down at the mechanical counter on his desk.

The drum was turning smoothly, counting down the seconds as the planetary landmark lined up with his hand-drawn sightlines.

Three... two... one...

Vance slammed the T-handle straight down into the deck.

A sound like the crack of thunder tore through the weapons bay as the high-pressure nitrogen charge expanded instantly into the launcher breech. The pneumatic seals blew clear with a roaring hiss, and fifty tons of compressed air shoved Penetrator Alpha-One down the length of the three-hundred-meter barrel.

The Dreadnought lurched backward, its frame groaning against the sudden physical recoil of a un-assisted mechanical drop.

Vance threw himself back to the observation port just in time to see the broad, blunt tail of the kinetic rod emerge from the underside of the ship's forward hull.

It flew into the sunlit void of Kaelus Prime without a flash of fire, without a trail of rocket exhaust, and without a single byte of computer guidance. It was simply twenty feet of dark, polished metal, falling silently, ruthlessly, and perfectly straight into the gravity well of the world below.

Vance leaned his head against the cold armorglass frame, watching the black needle of tungsten shrink into the bright, cloud-streaked expanse of the atmosphere.

"Now," Vance whispered into the quiet bay, "let's see if Isaac Newton still works."