An Interstellar Story
Tractatus Ayyew
Book One | Chapter Three
1,060 words

OVER 5 BILLION YEARS AGO, IN A CLOUD OF STELLAR DUST our solar system swirled together. As cosmic matter collided and coalesced, growing ever denser, our sun ignited.  Within the remaining spiralling debris, further mass and momentum began to merge— falling into orbit as dense clumps around our young star.  As each gained cohesion and coherence, the planets of our solar system came to be. Steadily, each planet arrived at its own unique combination of energy and matter: of solar distance and spin, of elemental abundance and chemical composition, of axial tilt and surface temperature— a planetary configuration that just as it coalesced, so too it began to unfold.¹³

Like all its solar system siblings, Earth was at first a barren and desolate place.  For our planet's first two billion years, its atmosphere was full of carbon dioxide, making its climate hot, harsh and unstable.¹⁴ For aeons, its surface was distinguished solely by the ebb and flow of tectonic plates, of ocean currents and atmospheric flows. However, as these primordial cycles spun under the relentless shine of the sun, the Earth we know now began to unfurl.

For as the sun shone down, entropy demanded dissipation.¹⁵ Like the run of rain down a mountainside cascading into the twists and turns of a stream, the sun’s ever arriving blaze cascaded across Earth’s surface. Just as a mountain’s contoured character leads to rivers and valley's that are all its own, so too Earth’s planetary character led to flows of energy all its own.

Driven and determined by its unique planetary configuration, Earth's cosmological character began to unfold. Steadily, processes, cycles and systems began to blossom with a distinctly Earthen character. Hand in hand with the dictates of thermodynamics, Earth’s cycles tended their spin towards ever better dissipations of energy. Steadily, new chemical combinations unfolded to better disperse the sun’s blaze. Steadily, the tiniest cycles whirled together into larger systems that began to drive themselves onward.¹⁶ Steadily, these systems unfurled into cells, organisms and eventually, into ecosystems.¹⁷

As ever more effective patterns of dissipation emerged, plants rapidly dispersed across the planet's surface. By capturing carbon out of the air, they used it to build their bodies and to gather and hold energy. Plants began to compose leaves, flowers and towering trunks while other organisms discerned how to decompose them.

As they did so, they interacted and adapted— and as they adapted, they diversified and intertwined. A vibrant matrix of mutual support began to weave itself across Earth's surface.

Soon forests, fields and fungi covered the planet. Animals, algae and dinosaurs, all made from intricate patterns of carbon, thrived.  As these creatures lived and died their carbon matter spiralled from one organism into another while their nutrient energy spiralled outwards through the web of ecosystems that came to comprise Earth's biosphere.¹⁸

One after the other, each fallen generation was covered up by the next. Whether on a forest floor or the floor of the ocean, slowly and steadily, layers of life were buried under silt and sediment. Over hundreds of millions of years, Earth compressed and compacted the biomass of these ancient organisms— indefinitely concentrating and securing their carbon deeper and deeper underground.

Although Earth's organisms breathed out carbon dioxide, the subtractive spin of their cycles tended to sequester more carbon into the ground than they added back into the air. With more and more organisms living and dying, living and dying, soon great quantities of carbon were removed out of the atmosphere.  With more carbon being sequestered all the time, Earth's climate stabilized¹⁹ and the biosphere flourished.

Cradled by the verdant abundance, over the last 30 million years, a variety of bipedal apes emerged from the forests— and we sapiens shuffled onto the scene.

As we struggled to survive, we figured out fire.

First, we started by burning wood to warm our caves. Then to heat our homes. Then to fuel our forges.  It wasn’t long then until we discovered Earth’s long buried carbon stores.

We realized that they were far richer in energy.

Some of us (but certainly not all of us) began to unearth this ancient carbon— what we came to call coal, natural gas and petroleum.  As certain societies became better and better at extracting and burning it (those others kept-on just fine), it came to turn our wheels, power our our machines, and fuel our factories. As carbon came to drive entire economies, we gave it a new name: fossil fuels

However, despite the nifty name, these fossil deposits were never at first fuels.  To make them so required refinement— an intensive process that always resulted in leftovers that could not be used.²⁰  With nowhere to go, these chemicals began to pile up.²¹

We soon realized that the residuals of refinement could be used too!  With a little chemistry, polymers could be produced—and with a little more; an endless array of marvellous materials.

Plastics had arrived.

Soon, we were solving all sorts of problems by making all sorts of amazing things.  No longer did elephants need to be killed to make ivory billiard balls.²²  No longer were expensive silver plates required to take a photograph.²³  No longer was the shelf life of fresh food limited to a few days.²⁴  Plastics enabled a slew of new products and technologies— and new ways for enterprises to reduce expenses, increase revenues and accrue capital.

Powered by the ever increasing flow of petroleum and profit, industries grew and grew.  As they expanded, so did the extraction of carbon, its refinement, and the economies based upon it all. As it all spun faster and faster, there was always that little bit that couldn’t be processed.  This led to industry producing more and more plastic at lesser and lesser cost.

As we consumed one plastic product after another, we tried our best to reuse and recycle.  However, there was already so much cheap new plastic, there was little profit in processing the old— better to burn it, dump it or send it somewhere else.

Soon there was so much plastic that it began to spill out of our homes, enterprises and industries. With growing alarm and anxiety we watched as our plastic clogged rivers, littered beaches and piled into great smoking mountains.²⁵ The particles of plastic were everywhere— inside the bodies of fish and animals— and us.²⁶

Shocked, shamed and determined, industry strove to amend their mistakes and improve their ways. Industry, did their best to convince themselves, and everyone else, that there was a solution just around the corner. Enterprises strove valiantly to make their processes, products and packaging less harmful, less polluting and less damaging.

Yet after turning countless corners, despite being less harmful and polluting— polluting and harmful their processes remained.

Unabated, the grey flows of plastic and pollution continued to grow.

And with it, our despair.

Chapter Footnotes