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…Philanderers philander and physicians spring into action, in this case J-LP pulls a double shift…

“Any Visitors?” asks Dr. Picard of his receptionist.

“Non,” The response of “no” is the same in any {most} languages.

Once inside his Institute’s fourth floor sanctuary, he checks a few patient charts, while elevating his leg, which is sporting a cast that does not have space for another Sharpie signature.

By the time 7 O’clock rolls around, he has had enough of business, or so he thought. Before he can leave the room, out of nowhere, a very foreign-looking woman appears behind him. She is apparently in some distress.

“How did she get in?”

She is dressed like she comes from another planet and sounds like a harp when she speaks. Other than that she looks like she needs medical attention, specifically an OBGYN.

Dr. Picard takes her hand and has her stand inside a full-body scanner, an absolute necessity for any 21st Century medical office. Obviously she is with child, the child is in distress, but her anatomy does not match any he has seen before. There is no recognizing this from that, other than a very large child whose umbilical cord reaches the up to the base of her regally poised skull.

“What on Earth? If we deliver that baby and cut the cord, there may be serious damage to both of you.” Philanderers philander and physicians spring into action, in this case J-LP pulls a double shift. He calls down to the surgical suites to accommodate this unsolicited patient. “I need the most experienced nurses available… and I need a gurney on the 4th floor, STAT.”

Cerella, Heir to the High Council of Eridanus, has been deposited to the single solitary person on Earth…, nay, in the galaxy, who is qualified to deliver her & Deke’s child, not-to-mention the near-impossible task of preserving the cognitive functions of both mother & child.

10 light years away, the father waits and worries.–


Episode 73

page 75


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…Jean-Luc has broken three Rossignol skies, ten poles, one ankle and beaucoup hearts.



The country of Switzerland continues to be a bastion of neutrality to this day, even halfway into the 21st Century. That nonalignment usually keeps their nose clean, despite the trillions in dirty money and ill-gotten gains stored in financial institutions within their borders.

Tucked in the middle of the European Union, perched mostly in the Alps, officially named the Swiss Confederation, it has strong sense of identity and community and is founded on common historical background. Its linguistic diversity is representative of the people.  Svizra, Svizzera, Schweiz, ʒviːtsrɐ and Suisse are national labels attached to it; pick your flavor.

SCIFI chooses Suisse; hence the Suisse Conjoined Institute of Fetal Integrity which is to say that it specializes in separating babies joined by some body part. Dr. Jean-Luc Picard is a world-renowned authority in the cranial niche. When babies share a skull, he is the surgeon who untangles them. He is the only Frenchman doing it – he is the only human doing it.

Considering how rare such births are, Jean-Luc has a lot of time on his hands. Dust accumulation is the biggest threat to the sterility of his office. He is an avid skier and hiker, so St. Moritz is where he calls home. His operating room is wherever a patient is.

2052 has been a slow year for the cranial conjoined. He does do other surgeries, though some of his critics believe he would make a better doctor to ghosts than a brain surgeon. Consequently, he is breaking no records for productivity; however he has broken two Rossignol skies, ten poles, one ankle and beaucoup hearts. He is a handsome man, as they say in France.

Oh, that broken ankle? It has compelled him to spend more time at his craft. As for those broken hearts, one is seated at the reception desk of his SCIFI office building. “Good afternoon, Charlize. Do I have any messages?” English is his language of choice.

“Oui, deux,” hers is not and she passes 2 pink pieces of paper his way. It was only last month that she caught him with another girl. She didn’t believe it was a cousin of his for a single moment.


Episode 72

page 75


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…For most of these eleven months, Cerella has had the luxury of letting nature take its course….

“What is the duration of gestation for a birth in these parts? Do you know what I mean?” Celeste McKinney needs some Eridanian insight if she is to understand the direness of Deke’s unborn {they believe} child..

Ekcello needs a very good memory for this. No birth has taken place here for… forever. “I have no way of knowing that answer.  Our longevity negates the need for a new generation. As a civilization, we procreate outside the physical body, although tales of old are told about the times before our home planet vulcanized. We were going to research the subject soon. Poor Cerella will be discovering the birthing process all alone.”

Just like anxiety, empathy also falls fresh on his spirit.

Momentum Into Nothingness by Cristina Velina

It has been eleven Earth months since she conceived. For most of that time Cerella has had the luxury of letting nature take its course. After all, she controlled her own environment and whatever happened was okay. Deke was there.

Deke is not here.

Nothing seems to be here.

And yet her needs are being met; out-of-the-black, not down nor up and without asking. Something or someone seems to have her best interest in mind.

Nothing used to be here.

So, there in the quiet of her aloneness, she discovers that she is indeed not completely alone. During this dark time, in fits and spurts, she would be overrun by a chorus of the Olde Language. Like a blast from the past, cogent songs of life and love ooze into her consciousness. Simple, yet complex; new, yet old; content, yet anxious, something inside her was pleading, ever politely.

It was the new life inside her.

No more does the mystery of an Eridanian female carrying child go unsolved. The process is nearing completion, but among the sweet melodies, a sour note is struck. There was a human being, an Earthling involved. Deke’s genome, the interspecies germination, has manifested itself in the body of his mate for life, Cerella.

The resulting lifeform needs to come out, but it is not an unpretentious or prescribed sequence. Mother and child are alone. They are together. They are in trouble.

Apprehension and despair abound in the Milky Way.


Episode 71

page 74 (end ch. 6)

SuperVolcano Handbook – WIF Geology

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Terrifying (Dormant)

Super Volcanoes

Вулкан - анимация на телефон №1287538 | Fotografía de naturaleza, Naturaleza impresionante, Hermosos paisajes

A supervolcano is defined as having the capacity to produce an eruption so big that it can eject around 240 cubic miles of volcanic material in the form of molten rock, hot gases, and ash. That’s roughly one thousand times more than the largest volcanic eruption ever recorded in modern human history. Supervolcanoes are formed when a momentous volume of super-heated magma rises from deep underground, but is unable to penetrate the Earth’s crust and creates a huge, high-pressure pool several miles beneath the surface. As time passes, pressures rise and this massive pool of magma grows, until a mega eruption takes place.

 These kinds of eruptions have taken place in the past, and will do so again. It is estimated that such a blast takes place somewhere around the globe every 50 to 60 thousand years or so, with the last one going off 74,000 years ago, in Indonesia. So far, 40 supervolcanoes have been discovered, with seven of them still active. Not even with today’s technology are we able to stop any of these volcanoes from erupting, and the best thing we can do right now is to monitor them, learn as much as we can, and prepare for their aftermath.
/kalˈderə,kôlˈderə,kalˈdirə/        noun
  1. a large volcanic crater, especially one formed by a major eruption leading to the collapse of the mouth of the volcano.

10. The Apocalyptic Eruption of a Supervolcano

We have to make a couple of things clear right from the beginning. For starters, we know relatively little about how supervolcanoes are formed, and we know even less about what sets one off. However, recent geologic studies have shown us that super volcanoes are not like other ordinary volcanoes, especially when it comes to the causes that make them erupt. While an ordinary volcano is triggered by internal mechanisms, like magma pressure building up over time and eventually punching through the rock, a supervolcano is triggered by the above Earth’s crust which, due to the huge size of the magma chamber below, becomes highly unstable and forms cracks and faults. Through these faults, the magma can generate an unstoppable chain reaction that would lead to a devastating and inevitable explosion, the likes of which can extinguish most life on the planet. Because of this fact, it’s far more difficult to estimate when a supervolcano will erupt.

One such ancient eruption took place around the time of the extinction of the dinosaurs. Coinciding with another cataclysmic event (the meteor that struck the Yucatan Peninsula 65 million years ago), the area of what is now known as the Deccan Traps in central India was the site of a huge volcanic eruption. Even before India slammed into the Asian continent, one of the largest volcanic structures made its presence felt for nearly 30,000 years. It now consists of more than 6,500 feet of flat-lying basalt lava flows, covering an area of roughly 200,000 square miles (almost the size of the Washington and Oregon combined). It’s estimated that the original area was three times that size, but shrank due to erosion and plate tectonics. The present volume of volcanic material is somewhere around 122,835 cubic miles, as compared to the 1980 Mount St. Helens eruption, which spewed out only around 0.24 cubic miles of lava.

An even larger and more destructive event occurred some 235 million years ago in what’s now Siberia, which triggered the Great Dying event, where 75% of all land life and 95% of marine life went extinct. But the largest volcanic eruption in Earth’s past 300 million years took place underwater, and began 125 million years ago. It created a plateau 19 miles thick and 750,000 square miles wide (1% of the Earth’s surface), called Ontong Java, north of the Solomon Islands in the Pacific Ocean. It released about 24 million cubic miles of lava, and was 100 million times more powerful than the Mount St. Helens eruption.

9. The Hellish Pyroclastic Flows That Soon Follow

Immediately following a volcanic eruption, an equally, if not deadlier event takes place. This is a pyroclastic flow, which instantly killed many of the people in the ancient Roman town of Pompeii in 79 AD when Mount Vesuvius erupted. When a volcano goes off, besides the eruption column that forms above the crater, another, deadlier ash-cloud surge flows down the slopes in all directions and at incredibly high speeds (up to 450 mph). This is a fluidized mixture of solid and semi-solid fragments of rock, ash and incredibly hot expanding gases which act similarly to a snow avalanche. Everything that is caught in this flow will be killed instantaneously as temperatures inside it can reach 1,800 degrees Fahrenheit. If you find yourself on a path of one of these pyroclastic flows, there is absolutely nowhere to run or anywhere to hide. The gases are so toxic, they wreck the lungs almost instantaneously, while the water inside tissue is simply boiled off.

In a supervolcano, the ash in a pyroclastic flow would be so hot that it would turn into lava once it touched back onto the ground. This would lead to lava flows hundreds of miles away from the volcano itself. Because of the extremely high speeds an “avalanche” like this usually travels, a phenomenon known as “viscous heating” takes place. Basically, the force moving these solid volcanic materials through the air adds to their overall temperature, making them even hotter and thus turning them into lava midair. Any life found in the vicinity, but not caught in this hurricane of incandescent materials hurtling towards them, would be killed by the poisonous gases that are released after the pyroclastic flow dies off. The area engulfed by the flow would be covered by up to 700 feet of debris.

8. A Volcanic Winter is Coming!

Now you may be inclined to believe that, even though huge and deadly, supervolcanoes would wreak havoc on a local level. But this could not be further from the truth. While the popular image of volcanic destruction is that of molten rock engulfing everything in its path, far greater devastation takes place high in the air. A supervolcanic eruption column can rise up to 15 miles and the ash, which is dispersed by winds, can blanket the skies for years to come. The toxic gases react in the stratosphere, blocking out solar radiation and drastically cooling the atmosphere below. The resulting volcanic winter, along with other effects like acid rain, can affect the whole planet, disrupting natural cycles and annihilating plant life, on which other organisms, like us humans, depend.

In just several days after the blast, the skies would be dark and deadly, with fallout reaching distances of 1,750 miles from the volcano. Five hundred miles away, ash could settle up to 3 feet deep. Within this zone, movement would be impossible, roads invisible, air travel grounded and people outdoors would not be able to see where they were going, and would probably suffocate. Wet ash would collapse rooftops, short circuit power lines, and clog car engines and power station reservoirs. Nuclear power plants would be forced to close and lawlessness could take over.

Those living in the path of the ash cloud would need to protect themselves with masks and visors. This is because volcanic ash is in fact rock which has been blown apart into tiny pieces and transformed into minute shards of glass with jagged edges. In its fine powder form, this ash is easily inhaled into the lungs, and people and animals can suffer a slow and painful death caused by the rare Marie’s disease. As the lungs fail, the skeletal system goes out of control, rapidly depositing new bone on top of old. This will affect people living even one thousand miles away and within a month of the eruption.

A simulation conducted on what happened during the last time Yellowstone erupted, some 640,000 years ago, showed that in one month’s time, the cloud of fine ash and dust covered the entire Northern Hemisphere and within 18 months the average worldwide temperature dropped by 10 degrees C. As a result, sea ice rapidly grew in the Arctic, reflecting even more of the sun’s rays. This in turn led to a severe rainfall decline, and oceans and land areas retaining more CO2. All of these factors lead to a drop in biological productivity, with food supplies lasting just mere weeks in some areas. According to the analysis, it took roughly 20 years for the planet to recover to its pre-eruption period. So, if the blast and pyroclastic flow of a super volcano can kill millions of people (depending on where it is situated), the volcanic winter that follows will most likely kill billions all over the globe.

7. Aira Caldera, Kyushu, Japan

Now that you have an idea of what a supervolcano is and what devastating effects it can have, we’ll be talking about the seven such active volcanoes we currently know about. The first one is the Aira Caldera, located in southern Japan on the island of Kyushu. At first glance, the Sakura-jima volcano, at the northern half of Kagoshima Bay, looks like any other ordinary volcano. Even though it’s been in near continuous eruption since 1955, and threatening the nearby city of Kagoshima (population of 500,000 people), Sakura-jima doesn’t really stand out from the many volcanoes that dot the Pacific Ring of Fire.

This is highly misleading, as Sakura-jima is just the tip of a much larger and far more dangerous volcano. The fact that it’s positioned on an island in the middle of a bay is the first clue. This is because Kagoshima Bay itself is in fact the infamous Aira Caldera. A caldera, as opposed to a volcanic crater, is a huge depression in the ground which formed after a previous supervolcanic eruption. As the magma chamber emptied, the ground above sank in and partially filled the hole left behind. This caldera in particular formed after a huge eruption about 22,000 years ago, with Sakura-jima beginning to sprout 9,000 years later. Today this volcano acts as a mere vent for the much larger, 150 square mile caldera it sits on. When this supervolcano last erupted, it spewed out roughly 14 cubic miles of material.

Japanese scientists believe that a volcanic eruption big enough to disrupt the whole country has a 1% chance of happening in the next 100 years. With the many tremors that take place around Kagoshima Bay on a daily basis, the Aira Caldera is among the top on that list. If it were to erupt today, lava and pyroclastic flows, as well as ash clouds, could engulf areas where 5 million people currently live. Another 120 million people would be severely affected by ash fallout, which makes up pretty much the whole of Japan.

6. Taupo Caldera, North Island, New Zealand

Lying beneath the surface of one of the most beautiful landscapes on Earth sits the Taupo supervolcano. Located on the North Island in New Zealand, this caldera is currently covered by the country’s largest lake, Lake Taupo. This volcano began forming some 300,000 years ago, with the present caldera coming into existence around 25,000 BC, in what is called the Oruanui Eruption. It ejected somewhere around 288 cubic miles of volcanic material to the surface when it erupted. Today the magma chamber is situated some 5 miles beneath the surface, and is responsible for the largest eruption in the past 5,000 years.

This last major eruption at Lake Taupo took place around 200 AD from vents near Horomatangi Reefs (now submerged). The eruption plume reached heights of 30 miles into the air, well into the stratosphere. The pyroclastic flows that followed engulfed the surrounding area, 55 miles in all directions. This was the largest such event in recorded history, with the Kaimanawa mountains climbing one mile in a matter of minutes. The lake itself was blocked at its mouth, raising the water levels by 112 feet. This natural dam eventually broke out in a huge flood, the effects of which can be traced for over 125 miles downstream, and which include boulder beds and buried forests. It is quite possible that this eruption was the cause for the red sunsets the ancient Romans and Chinese recorded at that time.

5. Toba Caldera, Sumatra, Indonesia

The Toba caldera in Indonesia is responsible for producing the largest volcanic eruption in the past 2 million years. It is also the largest at 18 by 60 miles, which makes a total surface area of over 1000 square miles. This caldera probably formed in stages after eruptions occurred about 840,000, 700,000, and 75,000 years ago. This last one was the largest, spewing out a whopping 670 cubic miles of lava, ash and gas. Pyroclastic flows covered an area of at least 7,700 square miles, with the island of Samosir being engulfed by a thick, 1,800 foot blanket of tuff (pyroclastic debris). The resulting ash from the eruption covered an area at least 1.54 million square miles, and reached distances some 4,350 miles away.

Many scientists believe that this Young Toba Tuff eruption from 75,000 years ago put an incredible strain on the early human population still living in East Africa. So much so that it created a bottleneck from which only a mere couple of thousand people managed to survive. While this close call with extinction humanity faced back then actually happened, recent discoveries seem to point out that Toba wasn’t the main contributor. Archaeological investigations indicate that East Africa’s climate wasn’t so severely affected by the blast and its aftermath as to kill off almost all of humanity. What did it, however, is still a matter of debate. Nevertheless, it seems that the volcanic winter that ensued dropped Earth’s climate by at least 5 degrees C. and may have triggered a new ice age.

4. Valles Caldera, New Mexico, United States

Despite a very green, tranquil and inviting landscape present in New Mexico’s Valles Caldera National Reserve, the presence of hot springs, gas seeps and occasional tremors indicate a disturbing presence hiding underground. The volcanic caldera found there is relatively small compared to others here on this list, but at 14 square miles, it’s quite a hike to walk it from one end to the other. It’s also not the first here, as it collapsed over and buried the older Toledo caldera, which in turn covered previous ones.

This volcano had two mega eruptions in the past 2 million years, one 1.7 and the other 1.2 million years ago, piling up to 150 cubic miles debris and spewing ash as far away as Iowa. The last eruption here took place roughly 50 to 60,000 years ago, but this blast was far smaller in comparison. Though unlikely to erupt in the near future, the Valles Caldera lies above the intersection of the Rio Grande rift and the Jemez lineament, and its volcanic activity is due to tectonic movement along this crossroads. This makes this particular volcano highly unpredictable and hard to pinpoint a future eruption. With nearly 40 deep wells that have resulted in extensive subsurface data, the Valles caldera is the best explored caldera complex in the United States.

3. Campi Flegrei Caldera, Naples, Italy

Everybody knows that the residents of the city of Naples in Italy have always lived in the shadow of Mount Vesuvius, which completely wiped off the map the town of Pompeii in 79 AD. What most people don’t know, however, is that on the other side of the city rests a 13 square mile caldera known as Campi Flegrei (burning fields). This caldera makes part of the city’s westernmost outskirts, as well as the Gulf of Pozzuoli. This volcano went through two major eruptions in the past, 47,000 and 36,000 years ago, with smaller periods of activity at relatively regular intervals of roughly 4,000 years. Two eruptions have occurred in recent history, one in 1158 at Solfatara and the other in 1538, which formed the Monte Nuovo cinder cone we see today.

More recently however, back in 2013, a series of earthquakes put the residents of Naples in a state of unrest. Satellite imagery has indicated that the land on top the seemingly dormant caldera had risen by 1 inch in the course of a month, with some regions raising as much as 4 inches. Since the land hasn’t yet receded back to its original state, scientists believe that the chamber beneath the city has filled with about 148 million cubic feet of magma. This is not nearly enough magma to be a major cause for concern, as a super eruption needs a lot more in order to occur. Nevertheless, volcanologists need to keep a very close eye on Campi Flegrei, as these tremors can cause major faults throughout the city of Naples. But if it ever erupts to its full potential, all life in Europe could be lost.

2. Long Valley Caldera, California, United States

Close to the Nevada state line, in east-central California, lays the 200 square mile Long Valley caldera, just south of Mono Lake. The biggest eruption that occurred here took place some 760,000 years ago and unleashed around 3,000 times more lava and other volcanic material than Mount St. Helens in 1980. The ash that ensued reached as far away as Nebraska and the ground above the magma chamber dropped by approximately one mile. What is most worrisome here is that in 1980, after a swarm of earthquakes, roughly half of the caldera had risen by about 10 inches. Ten years later, CO2 and other poisonous gases began to seep through the ground, killing off trees and other vegetation in the Mammoth Mountain part of the caldera.

What sets aside the Long Valley caldera from all others is the fact that, as volcanologists like to put it, this volcano has a split personality. By this they mean that this supervolcano can generate two distinct types of eruptions at once. The first style is a gloppy, not very explosive lava called basalt that poses little blast danger unless it contacts groundwater or snow. The other is richer in glass, called silicic magma, which tends to be more explosive in nature. The official prognosis puts an eruption on any given year at less than 1%, which is somewhat equal to the San Andreas Fault letting loose another magnitude 8 earthquake like the one that destroyed San Francisco in 1906 on any given day.

1. Yellowstone Caldera, Wyoming, United States

Unbeknownst to many tourists who visit Yellowstone National Park in Wyoming is the fact that they are actually walking on probably humanity’s biggest natural threat. Several miles beneath their feet lies the largest pocket of magma we currently know about. It is estimated that there’s enough magma in there to fill the Grand Canyon to the brim, eleven times over. The entire national park and the surrounding area form the huge caldera. The caldera is about 1,500 square miles and can fit the entire city of Tokyo in its perimeter.

Yellowstone has been active for a very long period of time and has erupted on different sites, as North America moved over it on its tectonic journey west. Its last three eruptions took place 2.1 million years ago, 1.2 million years ago and 640,000 years ago and were about 6,000, 700 and 2,500 times larger than the St. Helens eruption, respectively. Last time it erupted, it released around 600 square miles of lava on the continent and covered most of the present-day United States in a thick layer of ash. Looking at the pattern of previous eruptions, it looks like Yellowstone could be preparing itself for a new one. However, volcanologists believe that it’s not quite there yet. Nevertheless, the grounds of the caldera have been rising and falling for thousands of years, which clearly indicate that the volcano is still brewing. If and when it finally decides to blow, it is fairly possible that all of the above mentioned catastrophes will happen. Most of the country would be covered in ash, with three feet of ash falling more than 500 miles away, as far as Denver.

A volcanic winter will probably ensue and it could last for up to 20 or more years, lowering overall temperatures by at least 11 degrees C. Together with the humongous amount of poisonous gases like CO2, the planet will then begin to warm up exponentially, similar to the Great Dying event of 235 million years ago. As the planet and oceans back then began to heat up, the vast quantities of methane hydrate (30 trillion tons), which lie frozen on the ocean floor even to this day, began to surface and heat up the planet by another 5 degrees in a positive feedback cycle.

The most frightening thing here, and far more probable than an imminent super eruption, is that what that ancient volcano managed to do in some 500,000 years, in terms of CO2 production and an initial warming of the planet, we humans can achieve in maybe two centuries. One of which has already passed.

SuperVolcano Handbook

WIF Geology


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…“A needle in a King Ranch haystack would be easier to find, Dad.” Deke had already pondered the available options to finding his wife, he with the largest stake in the game…

To say that Eridanian clan of the Space Family McKinney is worried is likely the understatement of all-time, whether time is artificially altered or not.

In the same way, Ekcello is experiencing real anxiety for the very first time. Never before had a circumstance arisen that his reasoning could not overcome. That he allows the continuing “stasis” of his Gifted members, including his wife-mate Fortan, is proof enough. “What they do not know will not hurt them,” is his justification.

Skaldic the Null has a vested interest in Princess Cerella, her having treated him more fairly than he could have ever hoped. Exactly how her absence will affect the Null cause is the primary issue. Secondarily, he personally has his opinions about Cerella, O and other galactic goings-on, but he will keep those possible resolutions to himself. Suppression is a stigma for a reason.

Nevertheless, the concerned parties convene for an impartial pow-wow pity-party.

“She has been gone for many cycles and we are still sitting on our hands!” If Sampson had sole command, he would have Explorer out in space, hounding the ionic pathways of anything created, invented or manufactured.

Sammy Mac is not in charge this time.

“A needle in a King Ranch haystack would be easier to find, Dad.” Deke had already pondered that option, he with the largest stake in the game. “Cerella is the most resourceful being I know, well female anyhow… and other than you, Gus, Roy, Fitch and maybe Mom.”

“Now that’s one hardy endorsement, Deke,” Celeste allows. “Place me in the column of trusting that my daughter-in-law and our unborn grandchild are going to find their way back to us.

“You have been quite calm in the face of this crisis, mother of Deke,” Ekcello’s tone is almost envious.

“I believe that all we were brought together… here for a reason, something bigger than just surviving the loss of Space Colony 1. Ever since we arrived, I have had this deep-down feeling that, and I’m speaking for myself, that we are ambassadors to Eridanus Related imagefrom Earth.”

“I agree Mother. Everything you taught me about the sovereign God, Divine Creator of the Universe, makes perfect sense to me now.” If that is not the case, Deimostra certainly hopes so.

“It’s all about faith, Sammy,” However, Mother Celeste needs more information about the state of Eridanian physiology though. “What is the duration of gestation for a birth in these parts Ekcello? Do you know what I mean?”


Episode 70

page 72


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…“You know what, who knows what, what do you say, Jose?” Gibberish always messes with potential government eavesdropping…

— What would have the planet shaking in its mutual boots, would be the intercepted SETI {SETI, the Search for Extraterrestrial Intelligence, is an exploratory science that seeks evidence of life in the universe by looking for some signature of its technology. Our current understanding of life’s origin on Earth suggests that given a suitable environment and sufficient time, life will develop on other planets} message that has been conveniently squelched.

Utilizing a fractured combination of the four dominant languages of Earth, the long-ears of the dishes hear a warning from a distant civilization. In a nutshell, they were coming to get us.

As swell as cutting-edge technology is, the memo was not signed.

Neither Harper Lea Bassett nor any other world leader will ever know of the threat. The “need-to-know” axiom… well, that falls into the DoesNotApply column of interdepartmental dealings. And the Freedom of Information Act {FOIA} will not be prying it loose either. Some things are better left unsaid or The War of the Worlds will go down in 2nd place when it comes to global panic. –

“You know what, who knows what, what do you say, Jose?” Roy’s Gibberish messes with potential government eavesdropping.

“Si!” Gus plays the game.

“I trust Francine, she knows what’s at stake as well as I do. That rover on Nine is looking for more than unexplainable scattered space dust you know!”

“You promised!” Mindy catches Gus in the act. She does a silent ten count. “Give Grandpa Roy a thumbs-up for me.”

He does not bother asking how she knew he was cheating on his fatherly focus. What she doesn’t know is the same as the rest of the world doesn’t, though she might be in on the secret soon.

“I haven’t budged Mindy, really, look she’s almost asleep.”

“I give up,” she towel-dries her hair out of frustration. She willingly married into the Space Family McKinney, thereby legally signing away her rights to a normal life. “How bad is it?”

“As you may have guessed, we’re not alone. And somehow, we managed to pick up an enemy from a galaxy Hubble 2 can barely see! Other than that, things are peachy keen.”

“It makes me wonder what kind of world our daughter will grow up on.”

“Look on the bright side Dumplin’, we did survive WWIII. God would not have prevented Korea from committing planetary suicide, only to allow us to be wiped out by an alien invasion a year or two later. The world has never been more peaceful. Hey, even the radical Muslim terrorists have been scared into practicality.”

Gus is trying his damnedest to put a positive spin on Marscie’s prospects for a secure future.


Episode 69

page 71


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…and this just in to the NASA News newsroom, President Harper Lea Bassett has just announced that she is appointing a Blue Ribbon panel to determine if there is a threat of alien intrusion into our solar system…

As wayward as Mindy’s husband is, which is as far-flung as any considering his job, he has been an attentive father. He can appreciate the importance of parenting, having “lost” his.

“That last dust storm really did a number on the ranch. Carlotta must be at wits end. I’ll keep an eye on our little angel, so take your good long hot shower.”

“Speaking of our housekeeper, promise that you won’t be passing Marscie off to the housekeeper for just any flimsy reason.”

“Do you mean like saving the Earth from aliens?”

“Which reminds me, can you play a Disney download like “The Princess from Centaurus” instead of “Space Invaders”? That is stuff is 20th Century silly!”

“Oh, and Disney is more like reality?” Actually, a character much like real-life Gus is the hero of the movie he is criticizing. But he mostly acquiesces to a higher authority. “Princess Zachnod it shall be…

“…Hey I can do split screen with NASA News, right Marscie?” A mother of one month will give him no arguments. The geek in the anchor seat spews the latest news about the Ninth Planet, which is actually old news but “Generation SOL” needs a steady dose of recent history to keep it from predicting its future; living their lives on a planet other than this one.

‘The most recent data streaming back from the rover suggests that there are thruster marks all over the section it is currently mapping…’

“Oh great, more news on alien evidence! We have mass hysteria in the 80-110 year old demographic and we have found blastoff depressions on Planet 9.”

‘… and this just in to the NASA News newsroom, President Harper Lea Bassett has just announced that she is appointing a Blue-Ribbon panel to determine if there is a threat of alien intrusion into our solar system.’

“Hey Dad, how did Mom let that get on the air?” It is a part of Francine’s job, but controlling newshounds is like placing a muzzle on a bullhorn.

Gus and Roy have a perpetual/intuitive link. It is a bit scary, but it does save time-wasting device scrolling.

 “Do you mean the Blue-Ribbon panel that I’m not on? Let the “Bassett Hound” think she’s in charge – remember, it is election season again.” Election seasons are a self-perpetuating process.

If only NASA were in control; talk about “for the good of the world”, instead of “the good of the few”.


Episode 68

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…I want to ride to the ridge where the West commences
and gaze at the moon till I lose my senses…

— It has been pretty quiet in the neighborhood, both the Milky Way and the King Ranch spread – each 200 x 200 square {parsecs and miles respectively} each. No UFOs, no Lorgan, no problem.

The same approx. area as the country of Andorra {tucked in the Pyrenees}, King Ranch acreage is much easier to patrol than the parsecs of space. Even the most adventurous steer will not exceed the boundaries of barbed wire, streams or shotgun toting neighbor, whereas the Space Colony 1 pioneers, disappeared into the thin air of a controlled NASA situation.

“Oh, give me land, lots of land under starry skies above
Don’t fence me in
Let me ride through the wide open country that I love
Don’t fence me in

Let me be by myself in the evenin’ breeze
And listen to the murmur of the cottonwood trees
Send me off forever but I ask you please
Don’t fence me in

Just turn me loose, let me straddle my old saddle
Underneath the western skies
On my cayuse, let me wander over yonder
Till I see the mountains rise

I want to ride to the ridge where the West commences
And gaze at the moon till I lose my senses
And I can’t look at hobbles and I can’t stand fences
Don’t fence me in

Oh, give me land, lots of land under starry skies
Don’t fence me in
Let me ride through the wide country that I love
Don’t fence me in.”

Gus is in good voice this morning. He knows the Cole Porter lyrics by heart. It was his anthem back when he was thirteen and feeling his oats.

Mindy is calling to him by the most basic form of communication, “Gus McKinney, get your ass in here right now!” she shouts at the top of her lungs.

Those shouts carry across Waller County, most of which the King, Crippen and McKinney families own. Save the small settlements here and there, which are mostly grouped around the ubiquitous Walmart Megastores.

He skillfully reins his chestnut stallion back around to the house, from where he was headed, which was… oh he forgets.

“I need a shower Sweetie,” admits the wandering wrangler.

Unpretentious and a good mother, his wife requires some alone time as well – which does not include riding a horse to the back-back-back forty.


Episode 67

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…Marscie Deimos McKinney is brought into the world on Stardate 2053.26 or 02-21-2053 {+ a pinch to grow an inch}…

Human gestation is a reliable timekeeper, ever since Earth prehistoric. Give or take a day or five, the time it takes from conception to birth is nine months. Physicians have stopped tampering with natural childbirth. Gone are the days of the so-called C-section, when mothers, not nature would decide when a baby would make its Earthly appearance. 2-19-2019 was the last straw. That was a Tuesday before the next leap year when millions of February babies were delivered, ready or not, because of the synchronicity of the date. Unfortunately, Carl Jung {inventor of the word caesarean}, had been dead for some 60 years and doctors got tired of being allied with such a supercilious practice. That summer, the WHO {World Health Organization} banned caesarean births when the mother’s life was not in danger.

Mindy McDonald-McKinney and her husband, Gus, have been patiently enduring those 9 long months. Good things come for those who wait.

By the grace of God, who is said to have known her name before recorded times, Marscie Deimos McKinney is brought into the world on Stardate 2053.26. The old-timer’s calendar would have read 02-21-2053 {+ a pinch to grow an inch}.

“How did you two kids come up with her name?” Neither Francine nor Prez Roy was consulted about said naming.

Marscie stands for you-know-what and Deimos for you-know-where. Simple as pie to remember and in honor of my {real} parents,” recites the proud papa. “Our second choice was Ellen MacDonald McKinney, you know; get Mindy’s side of the family in there. Ellen is her mother.

“Too many macs-this and too much mc-that!”

“Right… don’t you like linking Mars’ moon in there?”

“Somehow I think Celeste & Sampson would appreciate the connection.” Francine concludes–


Episode 66

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We may be in bigger trouble than we think!

–So, with the best of intentions, Gus does what McKinneys do; they do space rather well. The now amazingly “effective” Stellar Explorer {SEx} is off-world and headed on a course that will rendezvous it with NEO 2038DP in a Venusian minute. It is hard to believe that just a year or so ago, that minute would have taken days.

But wouldn’t you know, today is much like the days that precede it, which means expect the unexpected. A funny thing happens on the NEO-way. About the time Gus squeezes off a rock-lambasting disruptor beam, what shows itself but a cruiser from Sexta A. The asteroid crumbles into harmless debris.

And it’s just what the Ÿ€Ð pilot was looking for: aggression by one of the three likely suspects in “The Planet Nine Affair”. Those Earthlings aren’t as harmless as once thought. Once stunned – twice wary is the new approach. If they can destroy an entire fleet, what chance can one cruiser have? The Ÿ€Ð ship makes a dash for home.

“Did you see that SOL contrail Roy?” Gus catches a glimpse.Related image

“You certainly cannot possibly believe in UFOs, can you now Commander McKinney?”


“We can’t be blaming the Koreans, Russians, Chinese or Talibanistan anymore, can we?”

“We could, but we’d be wrong. That looks exactly like the one I scared away a while back.”

“Lorgan is Lorgan, but what if that thing was just an ordinary everyday interstellar bogie.”

We may be in bigger trouble than we think!

“&%#$+><. What do you mean you ran from your duties? You were instructedRelated image to take retribution against the civilization responsible for destroying our fleet! I could leave you off Collapsar Axis for that breach of duties!”

“But they were only blasting apart a space rock, Great Župzïð. What threat can they be to us?” Yet the pilot still ran scared.

“I, Župzïð the Last, will determine who is a threat to our proud civilization! As soon as we have vacated the Ÿ€Ð home world, we will set our path to the Milky Way galaxy, perhaps solving two problems in one journey!”

That is a policy decision to end all policy decisions. If they do not find a way to increase the speed of Collapsar, it will be a generational undertaking.


Episode 65

page 68