Czytaj książkę: «Micro-Humanity»

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Micro-humanity

DANIELE LIPPI

Translated by

ANNA CRO

All materials and translations are protected by copyright. No part of this book may be used, reproduced, or disseminated in any medium without the author’s written permission.

The story narrated in this book is the result of the author’s imagination. It is therefore not autobiographical. Any reference to names, things, people who exist or existed, or to facts that really happened is purely accidental.

To my parents and my family.

Look at the small things because one day you’ll turn back and you’ll understand they were big.

Jim Morrison

Small things are responsible for big changes.

Paulo Coelho.

TABLE OF CONTENTS

	Acknowledgements
1	WHY IT HAPPENED	1
2	HOW IT HAPPENED	5
3	SURPRISE	11
4	THE PRESENT	18
5	ASSAULT	25
6	SHELTER	36
7	GETAWAY	48
8	NEVERLAND	68
9	EPIPHANIES	93
10	A NEW BEGINNING?	110

Many thanks to you, who are reading these words.

For further information:

https://io-daniele.wixsite.com/daniele-lippi

CHAPTER 1 – WHY IT HAPPENED

Year 2323.

The year when everything changed.

The year of awareness.

The year of the great decision.

The year when — perhaps for the first time since modern man existed — the whole of humankind agreed on what to do, and not only in principle but in fact as well.

The year of no return.

The year of rebirth.

The year of a new era not only for us but for earth itself and its inhabitants.

A decision dictated neither by altruism nor by some dazzling general epiphany but, rather — in a much simpler way — linked to a series of failures with which the whole human race had finally been forced to deal.

At the beginning of the millennium, everything had seemed possible: space travels, colonies on other planets, teleportation, robots featuring almost human intelligence, and more, much more. Those were the years when all branches of science made great leaps forward. Years that rightly portended a bright future. There were some challenges, of course, but nothing unbeatable.

However, reality was that humankind had to face many more obstacles than expected. Space travels became more frequent, comfortable, and technological but not faster, at least not significantly, not enough to go beyond Mars in a reasonable amount of time. Not fast enough to develop colonies.

Colonies, indeed, proved to be too expensive, unsafe, and failed to develop self-sufficiency. Not for a large number of people, at least, not on Mars, much less on the Moon, which needed constant supplies from the Earth.

Hibernation technique — or cryostats — had not succeeded in delivering the desired results yet and was still too risky.

The idea of space colonies orbiting around Earth had to be dismissed after having realized that our body was made neither for space and weightlessness nor for artificial gravity in the long run.

It was as if both our human nature and Earth with its available resources were firmly opposing to human expansion in space with all their might.

At the same time, however, Earth seemed unable to support the nearly twenty billions human beings trampling on it. An exorbitant and constantly increasing number both due to failure of birth control policies and to medical progress, which had dramatically increased life expectancy and allowed a part of the world population to peacefully surpass 120 years of age.

Among all the hopes of the beginning of the millennium one had actually come true in addition to the medical one: robots — even if their intelligence did not even come close to the human one yet despite techno-biological progress. It was only thanks to them that humankind survived. They tirelessly produced enough food for everyone, cleaned and improved air, helped the elderly, took care of the sick and of the children, carried out the most unpleasant but necessary tasks, recycled — in short, they allowed humankind to concentrate on what was considered truly important.

Nevertheless, despite their diffusion and technical and aesthetic development, robots could not learn like a child, think like a man, and develop emotions yet, thus they could not really aspire to arise to the status of a fully sentient creature with its own personality and cognitive peculiarities. They could simulate this very well, yes, and many went on debating — in an endless discussion — about how our brain could actually be compared to nothing more than a very efficient computer. Such people were always in contrast with those who claimed that, on the other hand, an artificial thing was always going to be artificial and that it had nothing to do with the birth, evolution, and development typical of life. Moreover, despite everything robots knew or could show, they were actually never going to emancipate themselves from the source code by which they had been programmed, without saying that a machine, by definition, could be tampered with. Of course, the answer was that also humans have their source code as well — called DNA — and that history showed over and over again how many times people had been subdued, subjugated, deceived, and persuaded by madmen in different eras. Then came the inevitable free will, the imprinting, and finally the concepts on which the debate ran aground: the ability to spontaneously imagine, to daydream, and the capability to have faith.

The fact was that humankind was standing on the brink of the abyss in that fateful 2323 and for the first time everyone — indeed everyone — realized that something was to be done. Population was too large. The space too little. Food was insufficient. Drinking water was in short supply. The terrestrial ecosystem was about to raise the white flag.

Everyone agreed. Something was to be done. Although humankind seemed united for the first time, the problem was that no one was able to propose an adequate solution to the problem.

Thus, all the brightest and most renowned scientists and all the living Nobel laureates gathered in the most advanced research center ever built and located in the center of Sardinia in order to ensure privacy, solitude, and security.

CHAPTER 2 – HOW IT HAPPENED

Such minds — the brightest minds of the time — studied, experimented, hypothesized, discussed for more than three years without coming to a solution and the more time passed, the more the alliance of the world’s nations got strained, a victim of panic and selfishness.

When the fifth year of research was hit and an enormous amount of money had been spent, not only results could not be seen yet, but the scientists themselves began to give up and, one after the other, abandoned the project because of stress and pressure.

It was in that year, in perhaps the darkest moment, when everything seemed doomed to fail, that an unknown scientist — employed by a multinational transport company — sent his idea and project together with a simple sentence: “We need more space, but Earth is the only place we can dispose of and, if we take up too much space then, why don’t we just try to take up less space?”

The unknown scientist was summoned to explain his idea. He showed up before the brightest minds in the world with a simple yet effective molecular modulator, on which he had been working for years in order to reduce packages, containers and their contents so that it was possible to transport more of them in one go.

The modulator he presented was already half-working, in the sense that it acted on matter, reducing the space among atoms, neutrons, neutrinos, and so on, thus making things smaller, but unfortunately he hadn’t managed to reverse the process yet.

The scientists observed with interest but without too much enthusiasm for a not-so-original idea until Pikelell — that was the man’s name — pointed his modulator on a sheep shrinking it to be not bigger than a bean in less than a second.

Everyone watched the little animal looking around and panicking, starting to run wildly in all directions and a triumphant Pikelell exclaimed “We do not need more space if we can make the space we have become a thousand times bigger for us!”

Scientists started thinking and it all made sense. The population of Rome could be entirely contained in the Colosseum. Megacities such as New York, Tokyo, London, Paris, Mexico City, Rio de Janeiro, and others could house their population in one of their skyscrapers over 500 meters high. Each floor — less than two men tall — was going to be as tall as 350, if not more. A single cow was about to satisfy thousands of people, agricultural areas that today fed tens of thousands were going to feed millions but, more importantly, a liter of water — that was now not enough for a single person — was going to quench hundreds of people.

There was the problem of the irreversibility of the process but everyone, scientists at the head, decided that it was currently of secondary importance. In less than a few weeks everyone — scientists, governments, and nations — agreed. It had to be done.

In the following years everything was aimed at the transition. Everything, that was going to be needed by humanity once shrunk, was mass produced. Priority was given to technology. Building microscopic computers and processors was nothing new, but designing screens of the necessary size, for example, was a novelty. The world 3D printers began to churn out all sorts of goods such as furniture, supplies, and so on. The buildings, that were going to contain the new humanity, were identified and adapted to contain adequate and comfortable homes for everyone. Technicians automated existing factories and plants as much as possible so that they could be controlled remotely as the new human dimensions were going to make it at least difficult to use some things or machineries or means of transport such as huge container ships and airplanes.

Economists and sociologists delighted in making calculations and forecasts and it was clear that, a few days after the transformation, hunger in the world was going to be defeated, the constant need for new land to build on was about to disappear, natural resources were going to be such and abundant that disparities among states were about to be eliminated in a short time and this — together with the technological sharing that was taking place — was going to make each current State self-sufficient in everything.

This caused some reverse emigration never experienced before: migrants from the poorest regions of the world went back home and so did the refugees, since they were basically going to have the same things both in the country where they lived — or where they wanted to go — and in their homeland. After the transformation, nations were going to keep multi-ethnicity but multiculturalism was about to largely disappear.

The military made sure that they had very close control over existing weapons and — since each nation was going to have the ability to completely annihilate the population of entire states using just a couple of ‘normal’ conventional missiles, which all of them had — they were also reassured that peace was going to be extremely long-lasting if not eternal, as it would be supported by the mutual threat of total destruction.

Thousands of Molecular Interspace Modulators — also known as MIMs — were built and placed on as many satellites ready to be launched in geostationary orbit around Earth and everything seemed to go smoothly until Pikelell and the other scientists realized that they could not simply send the MIMs in orbit and shoot or they were going to merely shrink everything and everyone in equal measure and nothing would change. Actually, Earth would probably be thrown out of its orbit into the grip of other celestial bodies’ gravitational force, most likely ending up crashing into the Moon or being consumed by the Sun.

The solution was provided by a killer belonging to the United Mafianghetorra — also known as MACU — a major criminal organization. He sent Pikelell an envelope containing a bullet and a few words “I take a target’s hair, place it in the bullet then I just have to shoot in the air: the bullet will find its prey, easy isn’t it?”. The idea was simple but great. All they needed was to use the same DNA targeting system as the killer.

Pikelell and the scientists began modifying MIMs, collecting and mapping DNA of all citizens. This necessity caused protests to rise for the first time. Privacy was invoked. Privacy was contrasted with the survival of a species and perhaps of an entire planet, their planet, and — as far as it was known — the only one where they could live and thrive. The debate lasted a long time and was not an easy one but, in the end, the spirit of survival prevailed. Only a small group of a few thousand people in the end refused to give their DNA. They were invited to move to an island, lost in the middle of the sea, thousands of miles from any mainland. Moreover, they were stripped of all modern technology so that their privacy — which they deemed so important — would not risk being violated.

The mapping was indeed faster than expected as the scientists were secretly told that almost all the world governments had already been listing newborns’ DNA for at least two generations — some even for three. Once the genetic mapping was over — a fact that drastically brought crime down — the MIMs were launched into orbit. Dozens of launches in record time ensured full coverage.

When finally tiny apartments and the rest of the plans were completed, everyone gathered as close as possible to their new homes and waited for the big moment. A moment of great emotion. A moment of joy and pain and fear and anticipation. Everyone looked up. There was a blinding flash. A deafening roar. Unnatural pressure forced everyone to the ground and an instant later humanity had been changed forever. Shrunken and ready for a fresh start. A beginning full of possibilities where everyone could aspire to be what they really wanted to be, where there was no hunger in the world, where medicines were enough for everyone, where water was no longer a problem, where energy and electric power was not going to be ever rationed again, where peace among states was about to reign at least for decades, and more.

Everything looked so perfect that many people thought that they must have done something wrong, but found nothing wrong. Nature was quickly regaining abandoned areas and was not a threat: Animals were driven away by ultrasounds, electromagnetic fields, shields, and — in any case — weapons were always there. The ones belonging to the ‘giants’ era’, as they now used to say when referring to the pre-abundance or pre-shrinking age.

Wealth was everywhere and work — as it was intended before the great little step of human evolution — was no longer the same. Actually, every citizen was called to work only a couple of months a year; apart from this, everyone could devote themselves to what made them happy without any social pressure. Even lying around drinking beer all day and not lifting a finger was considered a worthy occupation if it contributed to the happiness of the individual as long as it did not harm anyone else. There were also people who decided to work all their lives or for years in a row and this too was fine. The very foundations of society had been changed both by abundance and by easy access to everything.

The riskiest and only truly necessary jobs were maintenance of infrastructure, power plants, farms, and stock farms from the giants’ era, that were now completely automated and run by robots. Such robots allowed the new micro-humanity to live the new way, so they had to be maintained and what they produced had to be collected. This was why everyone — with no exceptions — was educated and instructed so that every member of society knew how to face and solve almost any technological or mechanical problem that could arise.

It was a sort of golden age of everything that sublimated the soul and human creativity — both artistic and technological — and the icing on the cake was that human impact on Earth had diminished and its ecosystem was self-healing really incredibly fast because of this. Biodiversity regained strength and vigor until it even resumed an evolution that human supremacy had seemed to have blocked and aborted forever.

CHAPTER 3 – SURPRISE

Everything was fine. Not perfect, of course. Perfection does not belong to humanity but mankind had never been closer to it at that time.

Until a strange thing happened. Something that nobody had expected. Something that changed everything forever and turned hope and joy into terror and fear.

It all started on a very normal late spring day in the refunded city of Angkor Wat. Two maintenance teams had been called by observers and sent together with a platoon of soldiers to check for strange reports detected by the instruments from the nearby power plant. Little more than extraordinary maintenance. Two teams of ten maintainers and a platoon of forty soldiers. Everything absolutely normal.

The maintenance teams boarded their transport drone, the soldiers theirs and the convoy was further escorted by four more defense drones. Standard procedure Nothing abnormal. The journey was uneventful. A couple of birds were driven away using the eagle call — a day’s work, it always happened. When they arrived at the plant, they landed on the roof. From the roof, the maintainers and the soldiers went to the control room. There, they identified the source of the abnormal signal. The maintainers thought it was the usual mouse gnawing wires. A team of maintainers and half the platoon of soldiers were sent to fix everything. Weapons were set up on ultrasound for mice. As always, mice were easily chased away, wires repaired, sprinkled with a brand new miraculous mice-chaser substance (they were the ones that caused the most damage) and they all went back to Angkor Wat. Everything was all right.

As soon as they returned, however, they were called back by the observers: the problem had reappeared immediately after their homecoming. They promptly left again, as per protocol.

Back at the plant, they observed that the problem was no longer caused by mice but by ants. Myriad of ants that had gathered around the wires that they had just repaired. These ants behaved in a strange way. Never before had there been ants that had shown an interest in electrical wires. At least not in such a compulsive way.

Soldiers armed themselves with specially designed (and successfully tested) pheromones throwers that were going to divert the ants far away, thus giving the Maintainers time to do their job. This time it did not work. For some reason, the ants seemed much more interested in the wires than in the powerful pheromones that had been just sprayed.

The Sergeant Commissar in command decided to change tactics by ordering his men to take up Greek fire: a very powerful acid that ignited in contact with the air and that promised to consume any living thing it touched in a few seconds. Burning ants running away were also going to burn the traces of pheromones left behind by the insects themselves, cutting the path that the others followed to get there.

The soldiers went down inside the plant and began to shower the ants in acid from an elevated position. The insects immediately caught fire and began to move convulsively in all directions, as expected. The smell of burnt ant pervaded the structure. Thick, acrid smoke rose. The soldiers continued their work until they finished the stocks in the cylinders and calmly waited for the result. Many of them had done it before and only a couple of new recruits were looking forward to the result. A result that baffled both soldiers and Sergeant Commissar. The ants had not run away, dispersing but seemed to have anchored even more to the wires until they had died.

The alarm went off in the soldiers’ helmets and visors. Ants approaching. Greek fire was over. Pheromones were ineffective. The Sergeant Commissar took up the automatic rifle and ordered to retreat. He had already dealt with ants before and knew all too well that they could get the better of some of them but not of all the approaching swarm.

At the same time, the hysterical voice of the maintenance workers shouted desperately that the wire had been melted and that the flow of power towards the city had almost been interrupted. If they did not do anything, the power reserves of the city were not going to be enough, not even for a week.

The Sergeant Commissar considered a heroic deed. He turned around. He saw the ants and escaped. He ran faster than he had ever done in his life but the ants were faster. His men were mowed one by one. When he reached the maintenance workers, he found them torn to pieces and their bodies at the mercy of other ants that were already taking them away to feed their colony. Somehow, the Sergeant Commissar managed to get on the only still intact drone as the ants were also raging against them. Such a behavior had never been seen before since drones were not food for them.

The Sergeant Commissar went back to Angkor Wat to report and raise the alarm. They thought him to be the cause of what was happening, because of his order to use Greek fire, so he was immediately tried by the martial court and sentenced to death.

Two battalions were sent to the station to solve the situation but none of them ever came back. The ants were too many, too resistant, did not know fear, and did not care dying.

Meanwhile, worrying reports from explorers talked about swarms and swarms of those insects: they seemed to be converging towards the city.

Drones loaded with almost all the reserves of synthetic pheromones were sent to trace a path impregnated with such substance that would drive them far away, to the territory of a large termite nest so that the two breeds of insects would decimate each other. A tactic that had always worked.

However — believe it or not — it was not the ants that followed that track but the termites.

The high command of the city thought this was positive. Ants and termites were still going to come into contact and so the war between the two types of insects — that had been going on for millions of years — was about to continue. Maybe a little closer to the city gates than they had hoped for, but better than being attacked by that horde of ants.

The yellow alarm was lifted and everyone resumed their lives, happy that their leaders had solved the situation.

Nature, however, is unpredictable and has a thousand ways to amaze us such as ants and termites marching together side by side without touching each other as if an absurd, improbable alliance had been declared between them.

The following day, power ran out. The emergency generators came on and were going to be enough for three days at most. Every citizen, who had served as a military, was called back. All the others were given the order to evacuate. Transport drones were stormed by panicked crowds. The spirit of survival caused scenes of cruelty that had not been witnessed for decades. It was soon clear that transport drones were not enough. Solidarity and spirit of brotherhood perished at the mercy of selfishness. In the end, only slightly less than a quarter of the population managed to embark.

The drones rose like a swarm of large insects. This drew flocks of predatory birds of all kinds that targeted them. All the assault drones were sent to protect the transport ones as well as the guns of the giants era were pointed towards the sky shooting down the birds of prey. The transport drones — also protected by the defense weapons of the nearby airport — managed to reach it and from there to get on one of the huge giants’ planes reaching safety in Phnom Penh.

Those who remained in Angkor Wat had no other choice but fighting. The ancient and huge weapons were aimed at the approaching swarms but the ants were mostly jumped into the air and not killed by their large calibers that could not stop their advance. In due course, the ants arrived and the first line of defense was swept away almost immediately. The defenders of the first line fought to the end and each of them killed at least a dozen ants and more, but the latter were so many that they eventually won.

Ants and termites seemed unstoppable, overwhelming every block and each barricade they were faced with, and after not even a day of battle the few survivors were crammed into the tower of the southern district, the only one defended by flamethrowers, the sole weapon of the giants’ era that seemed to be truly effective.

Ants and termites went on attacking despite everything, but just when the gas and gasoline reserves that supported the flames of the flamethrowers were about to run out, the insect tsunami stopped. An unexpected joy began to spread among the ranks of the survivors. Some expressed it almost hysterically, others — more cautious and superstitious — dared not give it a voice. A wise choice as a slight hum anticipated the dragonflies’ arrival.

In a few moments, they took away, torn, and threw down from the tower the defenders who were outside or lurking in the windows. Some of them entered through such windows, wreaking havoc of many humans before being shot down.

The defenders closed the windows and sealed them using steel bulkheads, thus trapping themselves inside the tower. They sent the umpteenth requests for help via radio in the hope that aid from the capital could arrive in time when the tower shook and ants began to emerge from under it. Resistance was futile and extermination was absolute.

That was the beginning of the Cambodian Syndrome — also, and more commonly, called Gea’s Revenge — that is, an inexplicable but continuous attack on humankind by insects. It had started with ants but soon many other species of insects had come together in this absurd war and, from that first time in Angkor Wat, their attacks had quickly multiplied, spreading wildly all over the globe.

Insects — and this was an even stranger and crazier thing — not only attacked human settlements but also automated systems which humankind depended upon, such as farms, power plants, plantations and they did so by cutting wires or penetrating inside robots, corroding their circuits.

Many did not resign to the lack of answers for such attacks and pursued and often made up hypotheses — of which unfortunately they were persuaded — such as plots by other states, or by some sect, or by some secret order that had developed a technology capable of controlling insects, or even the long hand of the aliens who, now that we had shrunk, no longer saw any use in us, and so on.

Actually, by that time, the only sure thing — besides the scientific and war effort of all humanity in search of a way to stop these continuous attacks — was the certainty that everyone was going to be attacked sooner or later.

To date, more than three hundred years after the big small step, the most affected states had been India, China with the whole Far East, as well as Indonesia and Australia and in that part of the world only Japan seemed a port more or less secure. Africa had also been devastated, Southern Europe was suffering more than northern Europe. The real tragedy, however, had taken place on the American continent: South and Central America had been completely overwhelmed and humankind entirely swept away from those lands.

Many, indeed almost all the fugitives from such lands had taken refuge in Texas, in Last Flame, perhaps the last stronghold against the advance of the insects that came from the south, destroying every human settlement in their path.

Last Flame had been built, or rather moved, in the middle of the country’s last oil plant and all its defenses were based on it. Eight ditches had been dug around the city where oil burned nonstop. Dozens of oil-powered flamethrowers had been placed between one ditch and another. Every citizen capable of holding a flamethrower had been equipped with it and, for months now, ammunition factories had been operating at full speed as well as those making respirators and gas masks. Yes, because — although virtually impregnable — Last Flame had a problem created exactly by what protected it: the toxicity of the fumes exhaled by oil.

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