by submission | Apr 26, 2009 | Story
Author : Skyler Heathwaite
Joshua had always been a God fearing man. He went to confession, said his prayers before bed, and gave to the collection plate. Then one day he saw an ad on TV for Revival.
The idea itself was simple: Science had found a way to download a mind into a fresh body at the moment of death. A transmitter at the base of the brain stem, a monthly fee, and never again would one have to fear death.
There was a tiny hole in Joshua’s heart, a defect in the womb. He signed up, and took a few days off while his neck healed. On his last day off he was shot in a robbery at his favorite liquor store.
He awoke in a healthy young body surrounded by doctors. They validated his identity and sent him home.
That had been a month ago. He poured the gasoline over the basement steps as he ascended to the ground floor. In a crumpled heap below lay his wife and two daughters, like so much wet cardboard.
He struck a match and leered at it. No death, no fear of God.
by Patricia Stewart | Apr 16, 2009 | Story
Author : Patricia Stewart, Staff Writer
Captain Alais Tonk contemplated the house sized asteroid floating a short distance beyond the forward viewport. Its surface was covered with long, slender green filaments that swayed gently in the weak electromagnetic field of the asteroid belt. Surely, Tonk thought, no one on Earth will believe this. They will say that the images were faked. They will say that it is impossible for life to exist in the vacuum of space. They will say that it’s fool’s life; inert mineral deposits only imitating life. They will say that he’s the naive twenty-fifth century equivalent of an old gold prospector clutching iron pyrite nuggets to his chest. There is no doubt, he concluded, this will require irrefutable proof. He turned toward his science officer, “Have you completed your analysis of the sensor data, lieutenant Orgueil?”
“Partially, sir. The asteroid appears to be a massive carbonaceous chondrite. Spectrographic data indicates that it contains significant quantities of organic compounds. I can identify the characteristic signatures of forty different extraterrestrial amino acids. In addition to the hydrocarbons, there are also silicates, nitrates, sulfides, and frozen water. And that’s just what’s on the surface. I won’t know what is on the inside until we take a core sample.”
“Give me your best guess, Mr. Orgueil. Is that green stuff grass, or not?”
“Not in the conventional sense, sir. Photosynthesis may be the metabolic pathway, but if it’s converting sunlight to chemical energy, it can’t be using carbon dioxide gas and liquid water. There’s no atmosphere, and the water is frozen solid. The chemicals may be there, but I’ll be damned if I can figure out a way to make it all work at minus 100 degrees Celsius. On the other hand, I can’t imagine any natural way for minerals to form flexible green filaments on the surface of an asteroid.”
“Well, lieutenant, it looks like you’re going on a field trip. Put on your EVA suit and collect some samples.”
As Tonk watched through the viewport, Orgueil carefully plucked a few dozen blades of “grass” from the surface of the asteroid. Each time he took a specimen, faint concentric waves appeared to ripple outward from the site. After stowing the samples, Orgueil removed the hollow coring tool and hammer from his utility belt. He placed the coring tool against the surface of the asteroid and gently tapped it with the hammer to set the sharpened end. The asteroid momentarily shuddered and began to drift away. “What the hell?” radioed Orgueil. “Unless I failed Newtonian Physics 101, there’s no way that tap could have cause this massive asteroid to react like that. Huh, it look’s like it stopped moving. I’ll try again.” Orgueil fired his control jets and pursued the asteroid. This time, rather than tapping the coring tool, he gave it a good whack. The asteroid lurched several meters from Orgueil and stopped. It rapidly rotated 180 degrees and remained motionless for a few seconds. Then, in the blink of an eye, like a challenged ram head-butting a rival male, the asteroid slammed into Orgueil, sending him flying, head over heels, in the opposite direction.
Captain Tonk could hear Orgueil cursing in his native language as he fought to regain control of his EVA suit. To Tonk’s utter surprise, the asteroid spun and began to move away from the ship at a speed that was unimaginable for an object that large. In less than a minute, it was just another dot of light, lost in the background of stars. Surely, Tonk thought, no one on Earth will believe this.
by Patricia Stewart | Mar 17, 2009 | Story
Author : Patricia Stewart, Staff Writer
Proteus is Neptune’s second largest moon. When unmanned probes were sent to explore Proteus in 2308, the radioactive decay of uranium-238 into thorium-230 revealed that the moon was not 4.6 billion years old as expected, but was less than 20,000 years old, making it the youngest astronomical body in the solar system. Consequently, GASA decided to send a manned science mission to Proteus in an attempt to understand its origin.
As the SS Verrier approached Neptune from the sunlit side, the majestic deep blue globe filled the foreground of the main viewscreen. Streaks of bright white clouds could be seen in the upper atmosphere rotating slowly around the planet. Well, perhaps “slowly” is the wrong adjective. The clouds only appeared to move slowly because of Neptune’s tremendous size. In reality, clocked at more that 1,000 miles per hour, Neptune has the fastest planetary winds in the solar system. They would be a Category 50 hurricane on an extrapolated Saffir-Simpson Scale. “Head toward Proteus, Mr. Gujarat, and set ‘er down,” instructed the captain. The helmsman dutifully entered the appropriate commands into the navigation console.
The Verrier skimmed above the irregular rocky surface of Proteus like a seagull effortlessly gliding above a choppy ocean. The helmsman selected the flat plains of the Challis Planitia, near Proteus’ North Pole. He oriented the bow of the Verrier toward Neptune and descended vertically toward the moon’s surface. When the landing pads touched down, the ship lost all power. The bridge became pitch black.
“What the…,” exclaimed the captain as the low intensity emergency lighting activated, giving the bridge a red hellish appearance. “Mr. Kelheim, what happened?”
“Unsure, Captain,” replied the Chief Engineer. “I’ll have to look at the main power grid.” He unbuckled himself and headed toward the equipment locker. “The backup batteries will provide life support for 48 hours. Hopefully, I can get the main power online before then.” With the captain assisting, they began to systematically work their way from the generators toward each of the ship’s primary stations. They replaced several overloaded power couplings and disconnected all nonessential systems. After four hours, they were ready to reset the circuit breakers. They all breathed a sigh of relief when the ship’s lighting came back on. They could hear the whine of the air circulation pumps as they ramped up to maximum. However, when the main viewscreen came online, the bridge lighting appeared to flicker rapidly. When they looked at the viewscreen, they could see Neptune rotating at an unbelievable speed. In the background, the sun was flashing like a strobe light as it was rapidly rising and setting as Proteus whipped around Neptune several times a second.
The helmsman turned toward the captain, “What’s going on, sir? Why is the universe going so fast?”
Realizing what was happening, the captain ordered, “Prepare for immediate take off. Get us off the surface, fast! The universe isn’t going faster, Mister Gujarat; we’re going slower. Apparently, there is an extreme time dilation effect on Proteus. That’s why the radioactive isotopes showed it to be so young. The flow of time has practically stopped here.”
Once in space, the Verrier returned to normal space-time. Neptune’s white clouds were again moving lazily across the upper atmosphere. The stars appeared motionless behind Neptune. “Contact Earth,” ordered the captain. “Find out how much time has elapsed.”
Even at the speed of light, it took the radio transmission four hours to reach Earth, and then four more hours for the answer to return. The year was 2395. The Verrier had been declared lost 85 years earlier.
by Sam Clough | Mar 2, 2009 | Story
Author : Sam Clough, Staff Writer
We stole the blinkpacks from the research facilities at Ceti Alpha. Stable displacement technology, suitable for individual use. We sealed the holes in our assault armour and slapped on the packs: suddenly we could step through walls and down corridors, infiltrating past sentries and guards and turrets with ease. You could even rig a spare pack to act as a bomb: find something big, displace it into something bigger. If you squint, an overlap detonation looks a lot like a nuke.
From there, we blinked around the perimeter worlds, looting, stealing, hoarding all the high technology and research material we could find: and what we found shocked and horrified us. The colonies were so far ahead of the core worlds that some of them had ceased to even resemble humans. Halfman recombinations with terran or alien stock, populations translated entirely into a digital form or living out in the open under a half-klick of liquid methane.
We blinked out as far as we could; we found terror. Machines. Of arguably human origin. Some even still bore ancient factional flags. There were hundreds of millions of them in every system we checked. Half our men didn’t return, and most of the rest never left again. We dug in the archives, and the libraries; we even unearthed a few buried data centres to find out who to blame.
These were clanking replicators, skewed by thousands of generations of isolation from intelligent guidance. They replicated out of control, torching systems and turning the rubble into more of themselves. One advance party discovered a strain that spent the resources of entire planets to extinguish stars in one shot.
We figured out a plan. It was our only hope of long-term survival. No-one could see any other way. We knew we’d be remembered as monsters, but in the grand balance, we thought that it would be better that someone was there to remember us at all.
We committed grand and unholy sabotage across the thousand worlds. Shocktroops equipped with blinkpacks teleported deep into power stations, factories and defense relays, breaking and fusing and detonating. Navies were brought down in port, armories reduced to useless scrap. We left a thousand worlds without a single communication array or functional ship.
Quickly-assembled arrays folded space, and our navies appeared in colonial orbits. Purification-yield nuclear devices, biological warfare agents and cleansed the hundred worlds we needed. The engineers of the core worlds were flung to these hundred barren wastes, and were set to work. All the while, our fleets tore through the perimeter worlds, conducting a campaign of total annihilation: the might and fury of old humanity, rage driven by our history, our twenty-four thousand years of hatred, violence and war.
We didn’t understand the science, but we certainly understood the engineering. We turned those hundred worlds into the triggers for a giant chain reaction that would wipe out a reasonable portion of our cosmological back yard; isolating the core worlds with a rift of space washed clean of matter. This was our firebreak, our last best hope of survival. We doomed two hundred and fifteen billion people for the sake of thirty billion.
Was it worth it?
I don’t know.
by submission | Feb 12, 2009 | Story
Author : Glenn Blakeslee
Outside Dad’s shop stood a steel one-hundred-twenty foot tall hyperboloid structure. My brother had his eye on it.
They say Delvin is a genius but he’s just my big brother. He’s weird, and skinny with piercings and tats. When he’s not making stuff he’s reading thick science books.
The structure was a water tank with ‘Arcada’ painted on the side in four-foot high letters. A slender column, fluted at the bottom, supported the tank. My brother had bartered for three hundred feet of superconducting tape, and it was his idea to wrap the water tank.
“This is just an experiment,” he said. “If we wrap the tank the steel should magnify the electromagnetic effect.”
“Why?” I asked as we cut the chain link fence surrounding the tank.
“We’re gonna get a meteorite,” he said, and grinned.
I pulled the backing off the tape as Delvin positioned it. I got a ladder from Dad’s shop and we wound the tape high around the column. The tank was illuminated, high above our heads, by spotlights pointed at the city’s name. By the time Delvin burnished the last of the tape and pulled the leads down the sun was rising. We grabbed the ladder, clipped the fence shut, and went home to sleep.
#
“Tonight’s the night, Punky,” Delvin said. It pissed me off when he called me Punky. “The Perseids will peak.”
After dark we pulled cable from Dad’s generator through the fence. “We can’t really grab a meteor,” Delvin said. “But we might deflect one outside of town.”
“Then what?” I asked.
“We find it, dig it up, and sell it for big bucks.”
We connected the tape to the cable’s terminal box, wrapped it with duct tape, and then sat outside the fence. At two in the morning the shower’s radiant was overhead, and I ran inside and fired up the generator. We waited, and then Delvin threw the switch.
Nothing happened at first. The generator labored and the tape hummed. The high sky overhead was streaked with meteors. Something nicked me, like a mosquito bite, and I heard a staccato sound, like hail on a cymbal.
“Nails!” Delvin said. He pushed me down, into the dirt.
I heard something like little thunder, and looked over to see the sheet metal on Dad’s shop flex and bow outwards. Metal screws popped out like rifle fire, and the cable began stretching toward the tank. I could hear thuds and screeches coming from all around us.
I was trying to crawl away when Delvin yelled over the din, “Look up!” I rolled over in time to see the top of the tank explode in a shower of sparks. Hot pieces of metal showered the ground, and I heard something explode in the sideyard of Dad’s shop. Delvin fumbled at the terminal, and a swash of cold water splashed over us, flooding the ground.
We recoiled as a shower of nails and screws and metal objects fell from the suddenly demagnetized structure of the tank.
“What now, Genius?” I asked Delvin.
“Grab the cable,” he said, “And run like hell.”
An hour later the sheriff was at our house.
#
The next morning, in the churned-up sideyard, Dad handed me a shovel. “Dig,” was all he said.
It was easy digging, but it still took me a few hours. By the end of the day I’d uncovered a twenty-four-pound meteorite. It was a beautiful iron-nickel specimen, its surface burnished and pitted by ablation, and run through with veins of what appeared to be gold.
We used the money to bail Delvin out of jail.
