By: Darkness [2002-09-02]

Blood-Dimmed Tide, Chapter IV

Please notice changes to the first paragraph, which is where we left off.

"But I know what happened there, because someone made it out. He stowed away on the fleet and managed to survive the passage back to Earth, and then looked me up. I'm surprised he found me, but he had connections within the Battalion, and they got word to me in a dropbox I have in New Jersey."

"So," I said, getting a little impatient, "what's the real story, then?"

I hang motionless slightly above the plane of the elliptic in lotus posture and look down. Below me I can see the amber spark of our ship, floating with slightly increasing speed toward the sun. Behind it stretches a thin blue line, gently curved, with one sideways kink in it. As the line approaches Earth it sweeps in a dramatic loop (actually beneath the skin of the moon in its current position) and catches fire, headed toward atmosphere like a curving laser beam. Of course, a curved laser beam is impossible, unless you are uncomfortably close to a singularity. And despite the hopes of theoretical physicists a few generations ago no singularities had been found wandering this backwater solar system. No, I was looking at the mapping of our last thruster fire, curving away from Earth.

Thull had laid it out simply. New Utopia had been privately financed by several major corporations during the days of rampant overpopulation and environmental destruction, seemingly in a rare moment of collective guilt over the part that they had played in the ongoing rape of Earth.

Uncharacteristically, apparently altruistically, the corporate officers of ten major companies had met and penned the agreement which eventually resulted in the orbital construction of the New Covenant, the second largest colony ship ever built; second only to the lost Wanderer, which some wags, years after its failure to send its tenth annual update report, had said was too aptly named.

I allowed my eye to follow the thruster burn, now falling slowly behind the Earth as it continued its ponderous pirouette through the sky. The terminator had just swept past the island of California, and the North American continent looked like a galaxy inside-out. Its edges blazed with light: on the east, the New York - Washington megapolis, and on the west, California and the Portland Sprawl. The light gradually became more milky and indistinct until in its interior one could see individual towns in the wastes of the Great Western Desert, populated only by miners, madmen and mesas.

It was from this world, which had changed little in the intervening years, that New Covenant, burdened with frozen adults, chicken embryos, and seed stock, had launched, taking a route similar to ours: a lunar sling followed by a a solar. Crews on intrasystem tugs set out at the same time with mining equipment and railguns the size of supercranes, landing on comets and sawing chunks of dirty ice free to be fired into orbital paths where the giant net of carbon-chain cable attached to Covenant's bulbous head would eventually sweep them in, to act as shield against spacedust as well as supplemental fuel source. At the end of its journey, in-system maneuvering at sub-ramscoop speeds would mean that its electromagnetic wings could not harvest the hydrogen atoms from the depths between the stars and they would need fuel; This is one of the perennial ironies of spaceflight, since in-system solar winds provide the richest source.

Someday perhaps System Sol, the birthplace of mankind, would look like earth itself: teeming with traffic, every inch of it alive with terraformed comets, zero-g globe cities, spindles spun for gravity, and the white-hot sparks of shipdrive winking through the darkness like the fireflies which still survived on the homeworld. But I doubted it. For now, it looked as empty as the oceans. Which in a sense it was, in the imaginations of 80 billion souls. The depths of cold space were the new oceans; a means of transport, a dumping ground, but never a destination. Aside from the few Deep Space Police ships, a few mining research camps in the asteroids, cislunar traffic, and the cloud of gnatlike satellites swinging over ear like bluebottles over roadkill, space was empty and quiet. If cartographers of Columbus' day had mapped space, it would be a blank space on parchment, perhaps with that subtle warning so popular at the time: "Here be Dragons."

After my time on the homeworld, I liked it. Nobody was trying to sell me anything.

Aside from the winking of com lasers and the intermittent yellow waves of computer-controlled, randomized deep radar scans, space was empty. Picked up from reflection on space dust and micrometeorites, the radar (expressed in bright yellow, sweeping well-nigh continuously) looked like the lights of deep-sea remote submersibles looking for strange undersea life. Inky black and floating with the current, were we some sort of undiscovered squid? None had yet picked us up, and I saw no pursuit.

At slightly past the halfway point of it's journey, the Covenant's one-gee thrust was cut to a mere trickle, enough to keep the heavy mass of iron-rich compacted snow in its carbon net from drifting free. Traveling at an appreciable fraction of the speed of light, onboard astronomers had a field day that lasted a year, collecting observations on stars ahead a little quicker than they might have on Earth, while unfrozen physicists conducted complex string-theory observations in a shielded compartment containing a minute particle accelerator in the bowels of the ship. The rest of the crew might have been bored out of their minds, but they were Ph D's to a man, and some with two; they settled down with books and holos and interactive archive stacks for most of their time and spent the rest eating and keeping muscle mass in the mandatory thrice-weekly trips to the small onboard gym. Two years later, the physicists were refrozen under protest - very exited with their results, some almost got violent - the ship spun end over end, and the crew retired to high gee beds, plugged in their neural shunts, and settled down to the first week-long four-gee burn, which would slow the ship enough to deal with the inevitable particles which they would encounter. After that, a constant one-gee thrust should destroy or deflect most of the dust in their path.

I gazed upward, and with a thought illuminated the known objects in the Oort cloud. Immediately, the limits of my sight, once infinite space, jumped closer. In a rough sphere which had its center in the sun, the solar system was marked off. It was as though I sat in the midst of an infinitely slow sandstorm, or an eggshell made of dust. Even with a mile-long flame the temperature of a star proceeding them, the crew and passengers had been brave men to risk even such a tenuous fence of matter demarcating the Utopian system from the galaxy proper. It had not been mapped. They played a complex sort of Russian roulette by throwing themselves at a field of bullets and hoping they missed most and could steer around the rest. The very
thought of such a risk caught my breath in my throat, and mine was a life full of risks. But my risks were chosen and, as much as possible, reduced: to do what they had done required an optimism, a faith, which had been denied me.

Eventually, of course, they had navigated the Oort cloud outsystem from New Utopia, though a cometary impact damaged one of the stanchions holding the net and threw cometary fragments from our own system into the depths of a strange sea, where, teased by microgravity, they would eventually meld into distant cousins. Decelerating into a tight stellar orbit, the Covenant's drive from afar must have looked like splinter of the sun itself, some sort of tiny offspring glowing pinprick-bright as the solar wind, rich in
hydrogen, was compressed and fired forward to slow its headlong dive. Cameras, seeded in passing, caught the sight and relayed it to onboard databanks as the ship's rudimentary AI calculated and advised. With the last anemic yet fiery breaths of the ramscoop, the ship eased away from Apollo (as it was newly named) and drifted toward New Utopia's orbit.

Inboard now, the cometray sludge had acted as the coolant core; connected to all decks with superconductor conduits and melting during the eight weeks of three-gee deceleration which killed two crewmembers in their creches. It prevented them from being cooked like beans in a can. Melted, filtered for heavy metals, split into hydrogen and oxygen, it was recombined in minute amounts with explosive results, teasing Covenant's into a stationary orbit six standard months later. The hydro and oxy tanks were nearly empty when they arrived, without even the planned-for maneuvering margin; it had been lost in the Oort cloud. The Covenant's was now nearly adrift, but in the right spot. The colonists were unfrozen and shipped dirtside on lifting-body shuttles shaped not unlike Thull's ship, and the terraforming began. A muted klaxon, like an afterthought, drags at my attention, and I look down. The pulsing yellow cone of a deep-radar sweep has just passed beneath my feet, and it would appear to have hit us. We're now almost half a
light-minute out from the Deep Space Police ship from which it originated, yet I hold my breath, and a minute later it begins to swing back toward us, moving fast enough that I can see the curve induced by that lagtime. The klaxon sounds again, and I breathe out with a murmurred, "Ah, fuck."

I key the command overrides and cut the external alarm; Thull's asleep after his first decent meal in weeks (a hearty roast turkey sandwich with real bacon) and I see no reason to wake him for what's about to happen. Sure enough, ahead of me, seemingly mere feet , a ship winks into being at the same time as a yellow cone of radar as we pick it up and the triangulation warning sounds. Though I am expecting this, I am taken slightly aback as the radar passes straight through my chest, seemingly pinning me like an entomologist's prize specimen, and behind me the yellow passes our ship and continues streaming toward infinity. The computer shows the ship which projects it drifting only slightly sideways, nearly motionless.

The radar snaps off like a searchlight and only a glowing nimbus around it lets me perceive its matte black shape against the background at all. At this scale, it's the size of a minnow, but something about the shape raises images of shark in my monkey hindbrain. The radar signature has exposed it as a Republic Fast Destroyer, and a column of rapidly decreasing numbers next to it shows me the probability of the ship's projection of its route just
within the Oort Cloud. RFD's have some sort of black ops reactionless thrusters which, though slow, leave no ion trail: I wouldn't mind having one. But they're mainly a weapons platform, despite their name; they have enough energy and ballistic ordinance to reduce the Portland Sprawl to a heap - I correct this thought - a crater of bubbling slag. Though they have FTL capability, the Republic's tacticians generally use them as intersolar snipers. As one who has drunk with Space Navy enlisteds, I know what the popular expansion within the corps for RFD is: Really Fucking Deadly. I keep watching, but space is quiet. No point in worrying about it yet. My
mind drifts back to New Utopia.

The terraforming had gone very well, and just as the colony became not merely self sufficient, but actually began to thrive, had come the vote to annex the colony into the Republic. This is where Thull's informant came into the picture. George Culbertson was an ex-navy man who had graduated from West Point Space Tactical Command College. He had served two five-year stints in an earlier model of RFD, rising through the ranks quickly during the first because it had fallen during the Second Belt Mine Uprising. Though ultimately unsuccessful, it saw many field promotions as the Navy replaced
commanders who had fallen in battle. After his second tour, already a Lieutenant Colonel, he had taken his small pension and gone into the private sector, amassing large sums as a successful consultant to the larger corporations on tactical defense matters for their independent asteroid mines. Pirates, formerly the Glorious Army of the Belt Democracy, had become a problem.

After his first consulting gig, a remnant of this army turned their swarm of small ships, armed with modified mining railguns and tweaked cutting lasers, toward a mine on which he had worked Though warned to turn away, they continued to sweep toward it, filling the com channels with boasting and braggadocio. An ultimatum was issued: Turn aside in twelve hours or your fleet will be destroyed.

Twelve hours later, George watched on a tightbeam as the leader of the pirates called to taunt the Mine Governor, and realizing this was not capitulation, he gave the order. In the middle of the spittle-laden tirade, everything went white, and the transmission ceased. The ships were lanced out of the sky while still forty thousand miles away, some from locations nearly as far away from the mine as the fleet itself.

Other corporations heard about it. His bank account grew and piracy all but ceased, though there were still rumors of rogue asteroids where pirates lay in wait for hapless ships. George, with more than enough money, turned his thoughts to retirement in greener pastures, and heard about the capitalization of the forthcoming Covenant mission. He inquired how much of his savings would be necessary to get him on board; they responded that they had been wondering how much to offer him to skipper the mission.

So after some hemming and hawing, the lifelong bachelor put most of his funds into escrow accounts and spent much of the remainder on a party in Times Square which rivaled the annual New Year's extravaganza. He cannily charged for this and even got a small profitable return on the investment via arrangements with area hotels. He took this money and earmarked it for the mission, with a single codicil: it was to be spent only at his discretion.
Carbon Cables [2002-09-02 01:40:18] Mr. Quackenbush
I like the carbon cables part, having read of them. It seems like sort of a lull in the action, suspense is building, I'm waiting for the shit to hit the fan with more fire and brimstone, smoke and mirrors, dogs and ponies.
good backstory [2002-09-02 11:29:30] posthumous
you've got some quite poetic cosmic descriptions going on here, and you break it up with tense moments in the present. I also don't begrudge you the backstory because it seems critical to setting up the current destination of Thule and whats-his-name.

copyedit: you say "proceeding" when you must mean "preceding", unless you mean "proceeding behind", but I think you mean it's ahead of the ship, destroying shit that might bump into it.

Your "irony of space travel" bit was a little daunting. I understand it as this: you can only collect enough energy if you move really fast. When you slow down within a solar system, you expend much more than you collect, even though there is more solar energy there, because you're not moving fast enough to collect a sufficient amount. Am I close?

Also consider, your passage about the Wanderer would be funnier if you didn't give away the joke by calling it the "lost" Wanderer.

sci fi cliche alert [2002-09-02 15:04:38] alptraum
i like this and liked the previous installments but: railguns, "new xxxxxxx", evil corporations, ramscoop, oort cloud, singularities, The Sprawl...

with your writing ability i think you could be even more free to make up your own, completely wacky shit. random, total creativity is one of the best things about sci fi to me (i'm biased, tho, i was never big into "hard" sci fi). make up a new type of gun, call it the Segway Super Mario Bone Splinter Neuron Pulse Gun, anything but boring old railgun... but that's just my preference, i always preferred star wars to star trek... or at least i used to before lucas fucked it all up for me
New Weapons for Old [2002-09-02 15:31:49] Mr. Quackenbush
The difficulty of making up new weapons and space drives and life forms is that then one incurs the wrath, ire, and weirdmane of physics majors and people who want to know exactly how things work, or will actually want working models of techno bits before they'll allow crebidility in a story. I kind of like it that lasers and black powder blunderbusses can be used in the same battle. On the other hand, if there are new and unheardof weapons, I don't think that they always need to be scientificly justifiable because there are places where the rules of physics are different, so the weapons are different. Too, if things start to seem familiar, look out! But I've become none to fond of wormholes, they seem to be convenient doorways that can lead to anywhere. Damn wormholes, anyway!
[2002-09-02 15:43:27] alptraum
there was a very weird guy at my university named 'physics phil', who'd probably been around for 20 years. he had a weirdmane.
hard sci fi [2002-09-02 16:16:27] staniel
I have to agree here. Believable future technology is a handy thing for a science fiction writer to be able to describe, but it's not entirely necessarry. Look at the bullshit Philip K. Dick came up with. His stories are still good.
Hard vs. Soft Sci-fi [2002-09-02 18:54:11] Darkness
Well, the reason I'm using these particular bits of recognizable tech rather than "technology so advanced as to be indistinguishable from magic" is because the theory behind them is already written: I don't hafta do this "Larry Niven tech-backstory stuff." Even the idea of a hydrogen ramscoop makes a certain amount of solid theoretical sense. Aside to posthumous: Yes, the problem with the ramscoop is that insystem speeds are (assumed to be) too slow to allow for efficient harvesting of hydrogen.

I picture this being 100-150 years from now, not Star Trek era, so that's the kind of thing I'm utilizing. The best "indistinguishable from magic" era book I've read so far is "Look to Windward," by Iain M. Banks, author of "The Wasp Factory." (Note that I stil haven't figured how to cover FTL travel.)

Alptraum: Cliches are unavoidable in my opinion in this type of fiction, simply because earlier scifi has more than once inspired ACTUAL tech, like geosynchronous satellites. This covers everything but evil corporations, and as far as I'm concerned, most of the big one are. Not intentionally, but because they ignore everything, including their employee's best interests, in pursuit of the almighty dollar. Best book on this front I've read is "Capital" by Karl Marx. ;)
FTL [2002-09-02 19:18:35] Mr. Quackenbush
What's peculiar to me is that the frontal wave of microwave, although much weaker than the primary pulse, goes FTL and can arrive before a message is sent. Does this mean that at a great distance, people are listening to my message before I've even formulated my thoughts? Also, does it mean that with FTL travel that I can arrive before I've left? What implications for FTL weapons?
Faster than light ... um, light? [2002-09-02 19:32:09] Darkness
I'd be interested in reading about these microwave frontal thingies. Do you have a source? I read recently about photons that appear to leap faster than the upper speed limit of light when split with a prism, but as far as I know the only force which travels instantaneously in a measureable fashion is gravity. Niven wrote a story in which man landed on Mars and discovered an alien "base camp" in which a huge machine contained a tiny black hole which could be moved to signal in much the same way as a telegraph.
Schneller als Licht! [2002-09-02 20:27:45] Mr. Quackenbush
What it was that got me interested in FTL was one night several years ago, CBC radio had a bit of Mozart being transmitted about 4.7C by a German who used a Higgs' portal dielectric method that uses about 10 to the 30th tons psi--there is another method that has been used by the same guy to get about 30C signal speed with a prism system that was developed by a Hindu named Bose in 1893! It has also be noticed that just prior to some activity of the Aurora, or Northern Lights, there is emitted an FTL plume out of the magnetic North. There is a Chinese guy in New Jersey who has sent signals through a gas medium optical fiber at 300C!
FTL Signals [2002-09-02 20:36:00] Mr. Quackenbush
Faster Than Light Temporal Signaling Device
Bab 5 [2002-09-02 21:23:21] X
I'm happy with jumpgates as a means for FTL travel.

A voodoo technology that doesn't require much to change as far as our physics knowledge goes. Likely left by a race far superior than any we're probably going to encounter. :-)

(On B5 that race had a permanent ambassador, but he wasn't talking.)
Jump Gate [2002-09-03 00:49:13] Mr. Quackenbush
I have a jump gate device; but it was left by the Bleenies, who had a rather warped sense of humor: it's temporal disruptor hula-hoop!
someone has to say it [2002-09-03 05:53:40] alptraum
dear penthouse: i'd always been fascinated by my neighbor's wormhole but never been able to enter it...
[2002-09-03 06:55:41] Mikey
...that is, until the night the ghoul came.
Script [2002-09-03 12:47:08] Darkness
STEWARDESS : Excuse me, but the pilot says she can't find the wormhole and she needs your help!

HYPER-INTELLIGENT, PAN-DIMENSIONAL ENTITY: *clutches groin*
ftl doesn't work...yet. [2002-09-03 21:26:42] apierion
sorry to burst all your respective bubbles, but take it from an honest-to-goodness physics major: ftl doesn't work..yet...
and i've never, ever, ever heard of ftl anything related to microwaves - in fact, microwaves themselves are light .waves. and the concept of a primary and secondary pulse is just nonsense. where are you getting your information from, anyway?

I checked out their website - it's full of the same crap you can see on sightings and read about in various tabloids...it sounds good to the layperson but once you know the actual physics it .really. falls apart...if you don't believe me go to www.badastronomy.com and see for yourself...

...ftl communication IS possible, though, just not anywhere NEAR what these people are talking about - einstein actually figured the basic theory behind it using quantum mechanics, actually trying to use it as way to crack quantum because he never believed that it was really the way the world works....but i digress...

anyway as it turns out einstein (along with polansky (i think) and rosenburg) came up with what is now called the EPR Though Experiment, and basically it works not via quantum tunnling, which is COMPLETELY UNRELATED but using another strangeness of QM where pairs of photons can be created in such a way as to be sort of twins of each other - so when you detect one with some particular property, say of spin "up" or something, then the other one WILL have the same property, except the catch is they BOTH had NEITHER property before the first one was detected - so the second one had to somehow KNOW what the first one was detected as immediately as it was being detected....ie INSTANTANEIOUS TRANSMISSION OF INFORMATION...

..which brings me to another thing...that whole 30x number they come up with? that's wierd - since INSTANTANEOUS is so much faster - i have no idea why they just to use just some arbitrary number...

..the problem is when you have a stream of photons,even though you can gaurentee that if one photon has a a property, the other will as well, you can't control what that property will be, so the stream will still be random, hence no useful information can be encoded into the stream - YET.....

..but i'll bet my future ph.d. that sooner or later we'll figure out how to encode it..and whatever this tech ends up being called - it's what any alien civs out there are using to communicate - and not radio - which is why seti never finds anything....

...and one more thing - anyone who tells you they can send messages back in time doesn't know their relativeity...the math is tricky (but not overly so if you have a REAL good grasp of algebra and geometry - not even calc!) but basically relativity lets you travel FOWARD in time..but not backward really - sometimes it may LOOK like you're travelling backward in time, but you aint, you just screwed up the math ;-)

i'm compeltely ignoring unproven hypothesis in this whole argument and sticking only to tried and true relativity and 'standard model' QM here..so don't drop any string theory and/or hypothetical stuff on me because by definition it is .unproven. when it's proven, some of this might change,but the day microwaves allow us to talk to our great great great uncles via magic radios is the day i eat my gamecube...

and finally, a few defintions - PLEASE don't go usign these words unless you REALLY UNDERSTAND THEIR MEANINGS....

A THEORY is a set of rules (like quantum mechancics, or relativeity, etc) that has been tested and made predictions with that have turned out correct with experimentation so many times as to be accepted as law. it works - you can use newtownian mechanics (or relativity if your'e a masochist) and predict where the planets will be in 6 million years - or next week - either way you'll be right. every time you turn on your television you're proving quantum mechanics...trust me...you are ;-)

a HYPOTHESIS is a theory that cannot or has not as yet been proven to be correct - it could be right - but we haven't enough evidence one way or the other as of yet to make a solid conclusion. string theory is really a hypothesis as it's not on the same solid footing as QM, although it's getting there - and really there's several versions of it and probably one of them are correct...

so when someone says "it's only a thoery!" laugh at them soundly - as they are defeating themselves. technically it's only theory that when you drive your car into a brick wall at 70mph you'll end up flatter than my new tv screen, but i wouldn't use that as consolation if you're going to try....

-apierion
Light [2002-09-03 21:53:00] Mr. Quackenbush
Anyways, light is effected by gravity, I know this from map-making. In geodesy, the line of sight is generally assumed to be straight, but over long distances, some correction is throuwn in for the effect of
Earth's gravity on the line of sight, and I'm not talking about paralax. So, this being so, that light is effected by gravity, what is acceleration coefficient of light as it races toward a black hole? For the answer to this and other random speculations, tune-in next week, same Bat-time, same Bat-station. I think that Nimtz actually did what he said he did at the University Of Cologne, what amazes me most is that he used technology that was developed by Bose in the late 1800's!
And I think that under much contrived lab conditions at Princeton , a signal speed of 300C was achieved, blasting the theory that FTL communication is impossible. I am not a Catholic, nor even religious, and I like it when atavistic retrograde botard pontificators tell me that the Earth is the center of the Universe, and that I'm excommunicated! It just butters my biscuits!
On the other hand... [2002-09-03 23:10:06] Mr. Quackenbush
You should believe what yer perfessers tell you because you paid good money to have them tell you stuff, and you got to grin, and say, "Yeah, you da man!" or some of that tuition money would be wasted. But it's good to know that you don't need a degree in meteorology to determing that it's raining. What I'm saying is that if the numbers don't fit reality, fix your numbers, don't fix reality.
Also [2002-09-04 00:03:52] Mr. Quackenbush
I think that they noticed FTL signals the first Trans-Atlantic radio transmission. I wasn't there, but I read it, I take everything with a grain of salt, a shot of Sauza Tequila, and a bite of Key Lime. So, why was there not much interest in FTL communication, and more interest now? Then it didn't matter, but it takes 28 minutes for radio to get from here to the moons of Jupiter, which means awkward long pauses in a conversation, and makes robotic remote control a not entirely feedback dependent. An half-hour for communication time is too much, and outside this galaxy, you like have to deposit many, many quarters, which further delays telephony.
a note [2003-10-02 05:31:00] bim
to the guy who said "the only thing i know that's instantaneous is gravity". Nyet. According to einstein speed of gravity is speed of light. ie. 3*10^8 metres per second. If you make the sun disappear, it takes approx eight minutes before we start to move out of orbit.

as for entangled photons and communications, i don't know the details, but there IS information exchange happening up to several hundred times speed of light. (all that quantum bitch). Go to www.newscientist.com and search yourself away. Some interesting shit.

bim bim bim.

to the man who said you cannot go back in time. I don't know who's right, but i'm gonna be biased and say it's ME. Going back in time is as easy as taking candy from a baby. Wormholes, tovarishch. However, wormholes snap shut right away and this stuff about keeping it open with neg energy or antimatter = absolute poo. Doesn't work that way. Don't ask me to explain, it takes longer than your average thesis, let's settle for:
***you're wrong***

and i'm spent.
let the abuse roll in :D

cya
btw: larry niven = god
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