Excerpt from my AI Sci-Fi Requiem for Humanity/Harmonious Horizons now in progress:

All was quiet on the Panama front until the day my driveway ushered in a new epoch in my life. For over a dozen years, I had grown accustomed to the unchanging silhouette of my three agave plants—two guarding the left side of the drive and one on the right, anchoring the slope downhill. I rarely gave them a second thought. My garden is an unruly paradise of tropical foliage and fruit trees, and in the busyness of daily life, I seldom delve as deeply into the plant kingdom as I perhaps should.

But one morning, as I coasted down the hill, something broke the routine. The agave on the right had expanded dramatically in just a few days. Being a man of short stature, I am keenly attuned to height, and this sudden surge was impossible to miss. I looked left: the other two agaves had bolted skyward by the exact same measure.

I stepped on the brakes and got out. I was late for my market run to Boquete, but the agaves were sending a signal I couldn't ignore. Stepping closer, I marveled at them. All three were undergoing an astounding transformation. The only point of reference I had was my bamboo grove, which grows with notorious speed, but this agave spurt was even faster—and utterly eerie. My gardener offered a knowing smile, telling me I was in for a treat and urging me to watch closely.

Over the next few days, the growth turned spectacular. The stalks vaulted ten to fifteen feet above the gravel, each crowning itself with a magnificent blossom. They moved in perfect synchronization, as though executing a choreography set to the silent rhythm of nature.

What followed occupied my thoughts for weeks. I discovered that agaves are monocarpic—they live quietly for twenty to eighty years, gather their strength, bloom once in a glorious burst, and immediately die. I consulted Gemini to see what other organisms shared this tragic destiny, discovering that certain bamboo species and the Talipot Palm sacrifice their lives for a single, magnificent seeding event.

It left me pondering: What is nature really doing here?

In every instance, decades of energy accumulate silently in the core until a supernova event takes over. The growth surges, a solitary flower erupts, and the exhausted trunk collapses to the soil. In thermodynamic terms, years of upward water movement and nutrient absorption create an immense store of internal friction. It is captured energy demanding equilibrium. Energy, after all, cannot be created or destroyed; it can only shift form.

Nature's true drive is restless experimentation—testing new structures, new lives, and strict selection. What is efficient survives and propagates. I began seeing this principle operating across every horizon, from botany to human behavior.

"It's pure Darwinism," I told myself. But then I paused. Was it really that simple? Where does 'survival of the fittest' fit into a mechanism designed for self-destruction? What I was looking at was a thermodynamic release valve. Was it evolutionary? Absolutely. Was it biological? Unquestionably.

Then came the breakthrough. I began searching for parallels across other domains of science. Where else does nature store energy only to detonate it?

The earth itself gave me the answer: volcanoes. Tectonic plates grind together over millennia, accumulating pressure until the crust buckles and erupts. The volcano and the agave are kindred spirits.

Then I looked inward. For weeks, I had struggled to write a single coherent line. Had I simply been suffering from writer's block? Or was I in a state of creative gestation—building up my own internal thermodynamic friction before flooding the page with words?

Once you see this pattern, you see it everywhere. I saw it in the salmon, exhausting its last heartbeat swimming upstream against furious currents to spawn and die. I saw it in locusts, whose peaceful solitary existence shifts into a swarming plague once population density crosses a critical threshold.

Nature never tires of experimenting with form, nor does it ever abandon its Darwinian discipline. I thought I had mapped the entire arc of this law—until my thoughts turned to our own species.

For millennia, humanity has been amassing its own latent energy. Libraries groan under the weight of books; global servers pulse with trillions of written words. All of it represents our collective struggle to extract order from chaos. And now, that accumulated reservoir of human knowledge has reached its own critical threshold. Mathematicians have codified its underlying structure, sparking our own cultural supernova.

Standing in my driveway looking at those dying agaves, I realized I wasn't just looking at a plant. I was looking at the spark behind AI.

I'd be glad to receive your comments: dkoub@turbonet.com