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![]() This contingency would never be needed for LIBERTY 72 until the 3rd story (Endless Wonder) and was removed from the Block III ships such as LIBERTY 95 to save money and weight. This would later be seen as a mistake. This "placard" was actually placed on the set that was built, struck, built struck, and eventually sold for scrap after storage costs got too excessive. ![]() Although "Approved" for two centerline command chairs these were consolidated into one for actual set construction, but made into two again for the series. The "stations" look bigger than they would be because of the angled "outer shell." Also in the earliest drawings the Mission Control Center was to have up to 7 stations on each side and occupy 2 decks. I "elevated" the MCC to the top of these two decks and made the lower one a dining room. Because of the angled shape that brought the size of the new floor down considerably. ![]() Birth of an idea thru model construction. As stated, NASA or NASA contracted aerospace designers were very helpful in helping me design something that might someday work with some better materials and technologies. Unbeknownst to me a lot of their suggestions were also about to premiere as the Boeing / NASA X-40A in my LLS design. ![]() The result, given my desire to have a ship without the capability of frequenting a forward-deployed supply base (thus required to scavenge for its own consumables including fuel), was a design that worked pretty well for all I asked of it - a "submarine, surface vessel, airplane, booster, spaceship, starship, and re-entry vehicle that could land like a helicopter or on tricycle gear like an airplane. And oh yeah - an office building for interplanetary diplomatic conferences." The people at NASA were probably having the laugh of their life with my request, but their help is still so very much appreciated. I always had problems with the model's underside because of the materials I used there. The "Landing Pods" are deployed. The silvery "thermal shielding" material for the underside was okay, but that rectangle at the very bottom, made of a reflective chrome surface made for the biggest technological blunder I had. May work for 27th Century "antigravity plates" (as this section is supposed to represent) but makes for terrible filming flow. ![]() The effect which worked best, combining the sunset of model making with early CGI was the "Superoptic" effect of the "TRS Engines" as the ship screamed through the outer realities of physics at a low-end speed of 100 Light Years an hour! ![]() Here you can see some of the difficulties I had with the "chrome bottom" as I ended up rotorscoping a lot of this instead of using "greenscreen" because too much of the background was being reflected by what was essentially a mirror-like finish. Thus the green tent to the "antigravity plate." ![]() From my first attempt at composite photography in 1997, this was near the end of "When Battleships Fly at the pier base over the San Elijo Lagoon in Encinitas, California. The pier under the ship and proceeding left turns into a runway leading out 12 miles from the coast. This same place is featured early in this story when LIBERTY 95 lands here. A lot of mistakes are obvious in this picture but it has historical significance to me. Wow, I was so proud to put together my first special effects movie that was in effect little more than stop-motion photography on a shoestring budget. All I ever promised any potential investors was that I would match the 1960's Star Trek level of effects. I did deliver on that promise. ![]() The graphics department were much better. Here is Earth in the middle of the yellow cross-hairs and an accurate view of what would be seen from Earth in the Astronomical sense. I insisted upon scientific accuracy whenever science was established, and fiction only when necessary, mainly because of my complete disdain for Sci-Fi, which is for the most part a lazy form of storytelling which is usually little more than fantasy fiction than science. I always called the projects "futuristic action-adventure." |
| Prologue | Chapter 1 | Chapter 2 | Chapter 3 | Chapter 4 | Chapter 5 | Chapter 6 | Epilogue | |||
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The Galactic Core
He never even got out of the atmosphere. He had heard all sorts of accounts
from others about the reaction by the W-258 Range Test Director on the
“Cabin pressure checks good. Navigational
computers are online. Saturn Station waypoint plugged in. I'm finally going
to Saturn!”
“Sounds like a plan, Joe. But turn your
defog elect switch O-N ‘on’ so you won't have to look through ice when you
get there. Have good telemetry
on the port and starboard flywheels. Inertial Stabilizers and Courselators
are at speed. Keep an eye on your alpha, beta, and theta as you pass through
max-q. Just like in the simulators. Okay, Joe. Check your circuit breakers
now.”
“Circuit breakers are in. I’m ready, PTR.”
“Okay, then, Seven-Thirteen-Forty-Oscar,
stand by for ten seconds. Ten, nine, eight, seven, six, five, four, three,
two, one--launch! Mach number five, six...passing twenty-thousand feet and
climbing.”
“Ed Jones here, Joe. Good telemetry
downlink. See you a little inside track.
See you throttling down and resetting lower port flywheel. Okay,
you're on track now. Stand by for solar input cutover to guidance and
Inertial Stabilizers.”
“ Roger. I’m indicating I’m at a mile a
second now.”
“This is PTR. Confirmed, Oscar. We see you
at Mach number ten at fifty-five thousand.”
“Roger, PTR. I’m now passing through
sixty-five thousand - showing a problem. I've lost computers and power.
Pressure warning on the engines--venting on system number
three...correction, all four LSE Pods's offline! Beginning restart sequence
on the LSE's. No joy, PTR, come in! Nothing heard, passing in the blind. My
computers are down. I'm spinning out of control! Passing to Subsonic. She's
right-side up! I'm getting out of here...the ejection sequence should work
with minimal power to the computers ... if I can get any control back I’ll
try to put her down somewhere safe for you. I might even be able to reach
the Kaumuali'i Runway if I’m lucky enough. Oh boy, really feeling the g’s
now …” And then, he
blacked out. It so happened that from east to west, at an incredible speed,
the whole world had lost power with one notable exception,
Kevin Duncan, the President and Jonas Bu’Tan, the Vice President of Liberty
Enterprises knew exactly who had caused this surprise attack, because they
recognized the trademark design of the alien vessel from the downlink back
to Earth when the Block I Fleet was attacked over Otaw 3 on October 21st,
2262. Duncan’s wife was aboard one of the ships, and he was quickly losing
his health in guilt that he had allowed her to go on that mission, not
knowing that she had actually survived and was waiting for a rescue that
would come when LIBERTY 72 would get there 6 years later. They would meet
again when her ship would be carried back to Earth, but the damage had been
done and he would not live long after that. The corporation went to Jonas
Bu’Tan.
So in 2268 at the advice of one of the assigned MD’s to
So more money was invested on the modified ship known as LIBERTY 72-X than
on the original Block II Fleet combined to make her ready for the most
improbable and dangerous mission possible. Experts had never seen the
Galactic Core – they thought they would when the first faster-than-light
revelations about observations in the Universe would make it possible, but
unfortunately not only are stars and planets seen by the nature of their
atoms as light (giving the moon, for instance, a color based on molecular
make-up as seen as a Superoptic radiated presentation with no distinction of
reflected light on one side or the absence of it on the other), but dust
shines as well, and so the same dust that darkened the view of the galaxy’s
interior from Earth also blinded the view with the bright fog of Superoptic-emanated
faux-light – or the quickly
arriving mysterious vision of the outside universe that registers on the
human eye but can not be light in the Superoptic realm. The constellations
shift, so that they are seen not where the stars were when the light left to
appear to human eyes on Earth, but where they are today in the greatly
abbreviated transit in the Superoptic realm. Some stars had gone Nova,
others had appeared that wouldn’t be seen to eyes on Earth for a very long
time. With this knowledge, it
would be known when many stars would be visible on Earth as supernova, and
some were so named already by years tens of thousands of years away.
But science had been very good in predicting the density of the stars near
the Galactic Core, and much had been known over the years through
observations in bands beyond the human eye’s ability to detect, and through
gravimetric shifts observed in the stars that could be seen in those unseen
bands made visible by shifting the observatory from light bands to other
frequencies. There was a central core, roughly spherical, formed by an
unknown type of radiation belt or particle shield, not unlike that of a
radiation belt or hemisphere where particles accumulate, but much more
dense, powerful, and subsequently dangerous. The decision was made early on
to orbit 1,000 light years over this central sphere at Superoptic speeds,
(Indicated Speed Matrix or) ISM 1 would do, which was still, in a straight
line a comfortable 10 hours of travel from the shell. ISM-1 was the low-end
speed for the TRS or Tunnel Ratio Speed Engines, as it was always easier to
go at this speed, or 876,600 times the speed of light than it was to design
a lower speed where complications would creep in with maintaining a
segregated tunnel from the normal dimensions and physics of the surrounding,
somewhat visible, but untouched Universe. Also, a slower speed would cause a
disruption in the smooth easy flow programmed in to keep time on the ship at
the same speed it elapsed on Earth. If the created Tunnel would collapse,
the ship would suddenly be floating along at Sub-optic speeds at about a
quarter the speed of light. Anywhere else, this would normally be no cause
for alarm. Here, so close to the radiations and gravimetric influences of
the Galactic Core, it would be certain and instantaneous death by multiple,
sort lived tortures.
Joseph Carr looked ahead to the Pilot Station, where he stared his career on
this ship. Julie Perkins, who started out as the sassy broadcast star for
There were two other stations to his left, almost at an equal distance from
his chair, with an angled side window. At one was Antonia DiNyro. She was on
The other station to his left was the Survey Station. This was the one
currently occupied by Antonia’s twin, Antonio DiNyro. He had also been with
Mirroring symmetrically the stations from his left to his right, Carr looked
first to the station closest to Perkins, at a combined Weapons and First
Officer’s Station. Monique Rivers, the woman sitting there now was his First
Officer, at his request. She was formerly an unpleasant, high-ranking
executive in Liberty Enterprises, made so by being the niece of Kevin Duncan
in a company which often picked family ties as the first qualifier to senior
leadership. Rivers was opposed to Liberty Enterprises going into space,
preferring instead to wait until the government of Earth could go on its own
terms that when she could not stop the initiative to launch the fleet to
Otaw 3, she resigned her position in Liberty Enterprises to go to work for
Sunshine Mining, the major competitor.
Shocked by what she found there, she was outwardly cordial but
inwardly overjoyed when Carr offered her a chance to come back to Liberty
Enterprises – not as a high-ranking executive, but rather as his First
Officer. This had grated Antonio DiNyro all the more, as he felt that if
he could not be offered command, at least he should have the First Officer
position. Carr felt that he needed someone who would point out the obvious
that he had missed, and to offer a frank opinion on any subject. Rivers
certainly had no problem expressing herself, then or now. She had also been
the arch-rival in the corporation to his eventual girlfriend, Janay O’Hara,
and the one discussion that remained unspoken was about how badly Rivers had
mistreated O’Hara. But, Carr knew, Rivers did have a conscience, or she
would still be at Sunshine Mining, and not here. She was still rather
unpleasant, but surrounded by the true love and admiration of the crew, she
was starting to melt and reveal that under that ice was a warm heart.
It was learned that Otaw 3 was a planet filled with warring but not exactly
advanced intelligent birds. A Trucowl rebel went there to formulate an
alliance with radicals, exchanging technologies for a promise to help him
launch a military attack on the ancient Trucowl Monarchy over on Trucowl 5.
In the process of doing so, a coup had occurred and forces working with the
Trucowl rebel built the ships responsible for attacking the Liberty Fleets
and Earth. With Trucowl help,
Trucowl 5 housed a very ancient species with thousands of centuries of space
experience, but they were definitely on the decline, perhaps because they
had chosen to remain rigidly committed to their idea of a Monarchy, which
did have its benefits it seems because it had lasted for longer than humans
had the wheel. But with the Monarchy came a set of ethical guidelines called
‘Precepts’ which were not always to the benefit of the Trucowls. For
instance, when a high-ranking traitor left the planet to form a rebellion,
Trucowls could not harm this or any other Trucowl because of Precepts – only
Otawians known to be separate were legitimate targets. When Trucowl 5 was in
a position to stop the Otawian attack on Earth, the planet chose inaction
even though Trucowl 5 was in no small part responsible for the attack …
again because of Precepts. In fact the only way to be killed as a Trucowl
would be to break Precepts. No such Precepts were written to defend the
Crown of Trucowl 5 because such laws were deemed to be ridiculously
unnecessary. The last Precept was written thousands of Earth Centuries ago
that ended with one last Precept: no Precept may be added, changed, or
removed.” So for the last 3 years, Yukiko Kogure was on Trucowl 5 as Earth’s
Ambassador, and Fioha Secowm was with LIBERTY 72, in her specially modified
skis when anywhere but at her tailored station where gravity was lowered and
in her crew apartment. She came with only one condition: That Trucowl
Precepts take precedence over everything important to the humans. That would
mean, Carr was told, that he is in direct standing orders not to endanger
her life on Trucowl 5 by asking her to break, reveal, or contradict her
Precepts. There are to be no torn loyalties – her loyalty is to be first and
foremost to the Trucowl Crown.
Her station was called the “Mission Historian Station,” which was perfect
for her since she literally did have a photographic memory and an instant
ability to memorize and accurately transcribe everything heard from the crew
of importance, to say nothing of other species never known to humans who
speak exponentially much faster. She was an obviously gifted translator as
well, and all around good will ambassador. For years Carr had struggled for
some way to describe her species. They had two legs, which resembled those
of a lobster more than a human. She had two arms, but which in their resting
position looked more like whale flippers with hundreds of fingers at their
edge than human arms. She had a body that for lack of a better term gave her
the appearance of a stuffed animal the touch of a wet chamois tightly pulled
over a warm sponge. She had a very cute, very large head with cute and huge
eyes off a little to the side that on Earth would identify her more likely
to be prey than predator. She had only velvet fuzz for hair, that she said
grows enough to cut only once every five Earth Centuries. Earth scientists
said of her that she has similarities to insects, birds, mammals, fish,
reptiles, and invertebrates, but has no DNA linking her to anything on Earth
for better classification. As, Secowm replied, can be expected, since she is
not of that planet, and Earthlings should not be so amazed she can survive
in the vacuum of space or enjoy eating dirt and rocks like humans enjoy
sugar and candy. So far as a waste removal system, it appeared that they
simply converted waste to light, and their hue made them impossible to hide
in the dark. The hue was transparent based on the mood, and could not be
masked. Thus, Carr was happy that in all the time he had known her she had
only been truly angry a few times, and never at him. She could see things
far beyond the optical capabilities of humans, and she could hear things she
usually preferred to ignore two decks away. But once Carr learned of this
capability he would understand better why she would spontaneously giggle in
the Trucowl way of shaking uncontrollably without a sound.
Fioha Secowm had often said that she was happier on
Upon learning of the assignment to the Galactic Core for
Survival was always low so far as statistical probability. If this crew were
to take one for the home team and give up life itself in the name of
exploration, it was only because Liberty Enterprises had grown so weak, and
a truly damning human space effort called Sunshine Mining had become so
strong. This was, in many ways, an offer to sacrifice it all for the good
name of the company and the better valor of achievement through playing fair
and doing the right thing.
Taking almost a year to make modifications to the ship, every conceivable
problem had been anticipated. A great deal known about the center of the
galaxy was programmed into this ship’s survivals. It was the unknown
elements that caused the most uncertainty, and an unchartered region such as
this, where stars spiral out to become planets and stars long down the road,
was certain to have hidden perils. This mission, meant to be a contemporary
equivalent to the 1960’s manned lunar landings on an object much closer to
Earth, was inspirational with one caveat – the ship would take quite some
time to be within communications range again to announce success. Few on
Earth had placed bets that such a day would ever happen. After all, this was
an attempt to circumnavigate the Galactic Core at a very close distance from
the unproven, real, and previously theorized spherical shell surrounding the
core.
The transparent composite alloy windows had auto-polarization, of course,
which kept light entering the
The ship went out at an incredibly slow ISM 1, which roughly equated to only
100 light years an hour, but this was the speed for best Superoptic fuel
efficiency. It was planned to only have just enough fuel to get back to
Earth, but if they fell short, a refueling ship could come meet the ship and
get her home.
The first discovery happened after LIBERTY 72-X approached a direct orbital
insertion over the central sphere westward, meaning that it had cut left of
the Galactic Core instead of going straight up the 122 Radial leading from
the core to Earth’s Radial. When reaching the 229 Radial, with Fioha Secowm
at Antonio DiNyro’s side in conversation, she appeared relieved that his
ships sensors picked up what the crew now calls a galactic updraft. It was a
dimension-bridging force, almost like a volcano or at least a geyser,
shooting particles and photons and magnetic forces from an apparent
whirlpool formed within the gasses, dust, and particle streams of the
sphere. The ship was literally pushed outward but seeing this ahead of time
a smooth ride would be guaranteed. Then, much later, at
the 349 Radial, Secowm was again at Antonio DiNyro’s side, some scan bands
were down for maintenance, and again an identical Galactic Updraft was
planned. Being the competent show-off as she was, Perkins pre-set the ship’s
Pilot Station to automatically account for the updraft so that the ship
would not go even one light year off course. It had been planned
to break off and come back home, but to Secowm’s alarm they did the math and
figured out that if the galaxy has two such streams exactly 120 degrees
apart, then at the 109 Radial there should be a third. Here, they would be
very close to just turning left and exiting stage left towards Earth with
almost a straight shot outward to get home.
And so here they
were, again with Secowm this time at her own Mission Historian Station and
visibly nervous, with everyone else at their consoles, and with Julie
Perkins at the Pilot Station ready to push only a second button for the ship
to respond with a counteraction to the ship’s sudden upward momentum as
carried by the third Galactic Updraft.
It didn’t exactly
happen that way. “Approaching the
galactic radial at one zero nine degrees on the Galactic Grid,” said Julie
Perkins. “Here's where we expect the third and final jet stream of gravity
and time distortions.” Carr nodded, even
though it seemed to be a ridiculous motion at first, somehow Perkins had
eyes in the back of her head, so he wasted the energy to do so. “It’s really
hard to believe these galactic tornadoes in physics are so evenly spaced
around the Core. Miss Perkins, maintain orbit fifty-six hundred light years
away from the center of the core. That will keep us far enough above the
shell to avoid crashing into it, while close enough to study it.” “No offense, Captain
Carr, but after two weeks, that order is getting very old, Captain,” “We’re done after
this,” Carr reminded her. “Don’t worry, we’ll be back in range of the
Broadcast News Nets soon enough, and you’ll be able to see your latest song
is still in the Top-40.” “Cha-ching,” Rivers
joked. Antonio DiNyro then turned, which was not surprising since Fioha Secowm had turned shortly beforehand towards him. “It is very odd, but you have to admit, the discovery of three equally spaced strings of distortion jetting from the shell of the Galactic Core is bound to land us on the cover of some unread science journal. And …. now – there it is. Now picking up the distortion on our space displacement sensors. Julie, this one appears to have twice the strength of the other two. This one should really push us away from the core, even more than the other two did.”
“Okay,” she said. “Modifying the program to handle the one-two punch.
Scripting for a way not to be thrown halfway to Andromeda from here. I just
want to get back to Earth. But as I calculate things, we’ll be
unable to hold altitude. Best I can do is settle for getting thrown up a few
light years. Do you want me to steer around this one, Captain?” “No,” said Carr. “We
need to be the experiment package going through. We know the ship’s mass so
we can use that to gage and measure the power of that thing.” “The Push Stick is
detecting the stream, but this one lacks the particle streams we saw in the
other two. Contact with the outer envelope in 3, 2, 1 …” Suddenly there was a
crashing sound heard throughout the ship, only because one of the rig
connectors had snapped loose. “Inertial Stabilizers and Courselators are
overloading, Captain,” said Chief Engineer Antonia DiNyro.
“It must be a reverse stream,” said Fioha.
There was a slight pause. “No particle stream,” offered Rivers, “Joe
I think she’s right – it has to be the inverse of the other two streams –
those two were the out door, and this is the in door.”
“And Captain,” said Perkins, “if we don’t do something fast we’re
going to be the particles going in next. I’ve killed the Navigational Script
and I’m going to emergency climb on manual - we’re going nose-down too fast.
I can’t hold altitude – the nose isn’t coming up fast enough.” “You’re trying too
hard!” shouted Antonia DiNyro. “Julie – listen to me. You have to back off –
this ship is about to snap into a thousand pieces!” “Hold your Alpha,”
ordered Carr over-riding his Engineering Officer. “Monique,” he said to his
First Officer, “make preparations to jettison the Rig.” “Sadly,” she said, “I
concur. I’ve just calculated we’ll never get over this Galactic stormdrain
before it sucks is in. We just don’t have a chance with this much mass.
Getting rid of the extra fuel tanks … we have a chance. We’ll never get
home, but we have a chance.” “Captain,” offered
Secowm, “this could be a gateway of sorts. Maybe we could enter here and
exit somewhere safe … like back
out the other side, or in some other galaxy where we can find a gateway
back.” “You read too much
Sci-Fi, Fioha,” said Carr. “This vortex drains to the black hole at the
center of the galaxy that will turn us into miles long spaghetti before
vaporizing us. Unless you’re prepared to give me better information, that’s
my story and I’m sticking to it.” The alien was
obviously conflicted but she turned away, knowing she could not break
Precepts. Then she turned shortly back to Carr. “It could be that ships
striking a Black Hole at Superoptic speeds have a better result.” “Do you know that for
sure?” he asked. She ignored him, and so for the moment, he decided to
ignore her. “We have to
jettison the external fuel tanks. Let me know when we’re ready to blow the
rig, Monique.” “Almost there,” said
Rivers. “You have to do
something very, very soon!” Antonia DiNyro implored, “or we’re all dead.” “It’s a hard choice,
my friend,” said Rivers, “and we’re likely to lose some people – but not all
of us.” “That’s why Victor
Martin gives me the big paycheck, my friend. What are we waiting for?”
“Antonia,” said Rivers, “transfer whatever water you can from the
external tanks, then dump them. I’ve sent the program over to your station.”
“There’s no time for that,” she said. “I’ll show you why later.
Jettisoning the rig in three … two … one …”
There was a tremendous crashing sound, massive thrashing of bodies
back and forth, up, and down, and a loss of power and then of gravity as the
ship successfully changed course, TRS Engines automatically taking the ship
with a sudden freedom to move on a long voyage towards an Earth it could
never reach. |
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