Chapter Thirty
The Parker Solar Probe caught the first glimpse, then the Solar Terrestrial Relations Observatory and the Swift Space Observatory captured full images. Other assets struggled to detect the asteroid as it barreled in from the direction of the sun. Alarms sounded. Scientists scrambled to calculate the impact zone.
Roughly seven hundred feet across by four hundred fifty feet—about the length of two football fields laid end-to-end—the rogue from the outer solar system was on track to strike near the Bahamas. That put millions at immediate risk across the Caribbean, the U.S. East Coast, West Africa, Western Europe, the Iberian Peninsula, and much of the North Atlantic rim. Megatsunamis would follow. Nations with nuclear capability banded together and agreed to try deflecting it. Their plan: timed nuclear detonations beside the asteroid, not direct hits, to nudge it without shattering it into a deadly shotgun blast of fragments.
The missiles launched. Explosions flared in the void. Little by little, the asteroid’s path shifted—until the back stabbing French hesitated, then refused to launch. Their models now showed the impact zone sliding toward their own territory. The plan collapsed.
In the deep mid-Atlantic, where the North American, Eurasian, and African plates pull apart along the Mid-Atlantic Ridge, the Azores Triple Junction had long been a zone of quiet geological drama. Underwater mountains rose as new crust formed. Volcanic islands perched uneasily atop the spreading boundary. The sea hid a web of faults and rifts.
Then, at 09:35 on an ordinary day, the asteroid sliced through the atmosphere at cosmic speed and struck the ocean directly over the triple junction, perhaps a few dozen miles from the western Azores. It would be years before anyone precisely mapped the point of impact.
Traveling at 12–20 kilometers per second, the 700-foot object unleashed an explosion equivalent to hundreds of megatons of TNT—far beyond any human weapon. Seawater flashed to steam in an instant. The already-fractured seabed was pulverized. A crater kilometers wide and deep formed, its transient cavity collapsing and rebounding in a surge of molten rock, superheated water, and debris.
The immediate effects were apocalyptic. A fireball brighter than the sun erupted, visible for hundreds of miles. Shockwaves tore through air and water. On the Azores—home to roughly 236,000 people clustered on São Miguel, Terceira, and the other islands—blast and airburst shattered windows, collapsed buildings, and sparked fires. Coastal communities were leveled or swept away. No survivors remained to describe the first minutes.
Then came the water. The ocean impact displaced an unimaginable volume of seawater, spawning megatsunamis. Waves hundreds of feet high near the site raced outward at jetliner speeds, slamming the Azores with unimaginable force. They scoured lowlands, overtopped cliffs, and carried ships, debris, and sediment far inland. Hours later, the waves—diminished but still devastating—reached the coasts of Europe, Africa, and the Americas, flooding harbors and low-lying areas, erasing the lives of millions of people.
The strike hit at a tectonic weak point, amplifying everything. The immense seismic energy triggered fault slips along the interconnected plate boundaries. Earthquakes rippled along the Mid-Atlantic Ridge for hundreds of miles, awakening or intensifying volcanism in the Azores and beyond. Underwater landslides added to the tsunamis.
Ejecta—rock, molten material, vaporized asteroid—hurled into the atmosphere and beyond, then rained back down across a vast region. Firestorms ignited from re-entering debris. Half of Portugal was inundated with sea water, the other half was burnt to a crisp. A massive plume of dust, sulfur, water vapor, and aerosols lofted into the stratosphere, spreading globally. Sunlight dimmed. An “impact winter” settled in, promising months to years of disrupted agriculture, erratic weather, and cooling temperatures.
In the longer term, the tectonic wound might not heal quietly. The impact could alter local spreading rates or stress fields, influencing volcanism and seismicity for decades. The Azores region—already dynamic—would face ongoing aftershocks, possible new eruptions, and a reshaped seafloor. Global climate effects would ripple through economies and societies: crop failures, famines, mass migrations.
Humanity would survive—700 feet is large, but not civilization-ending like the Chicxulub asteroid impact. Still, the death toll was enormous. Direct effects claimed millions near the Atlantic. Indirect disruptions would affect billions.
Blake stood on the concrete ramp at the marina when the ground began to shake. The vibration rattled his bones. He lunged for the nearest mooring piling and held on.
“What the f**k was that?!” Will shouted from the office shed.
“New Madrid?” Blake muttered, then louder:
“Oh hell… that damn thing hit. Ragnarok!”
For the past week, the news had been wall-to-wall coverage of the international effort to divert the asteroid. Someone had screwed up. Selfishly, Blake felt a surge of relief that it hadn’t come down anywhere near Arkansas. His phone erupted with alerts: impact confirmed in the Atlantic near the Azores. He’d heard talk on the TV of East Coast evacuation routes, but a tsunami moving at airliner speed would outrun most of them. At least it hadn’t struck the Gulf. That would have been a very different kind of nightmare.
Blake tried Brooke’s number. Busy signal. She was probably already en route to pick up Vivian from school. He walked up to the shed and told Will and Robert to shut everything down for the day. “Drive careful. People are gonna be losing their ever loving minds.”
Brooke arrived home earlier than usual. “They let school out right after the news broke. Phones were jammed—I couldn’t get through.”
Blake nodded toward the TV. He’d split the screen into four quadrants, each tuned to a different network. All showed the same chaos: live feeds, graphics, stunned anchors.
“What are they saying?” Brooke asked, kicking off her shoes.
“They tried the nukes—timed detonations to nudge it aside. Something went wrong. No one’s pointing fingers yet.”
Blake stood and poured himself a glass of water, then pulled two pounds of smoked pulled pork from the freezer and set it to defrost in the microwave. He set out the hickory-sweet BBQ sauce the girls liked and his own pepper sauce. Six nice Russets came out of the potato bag; he peeled and sliced them for fries. A tub of coleslaw from the fridge still smelled all right, so he added that too.
Brooke finally tore her eyes from the screen and joined him in the kitchen.
“What do you think is going to happen?” she asked quietly.
Blake kept working. “Millions are already gone. Millions more will die in the weeks ahead from secondary effects—starvation, disease, supply breakdowns. We’ll see weird weather: heavier rains, cooler temps, screwier weather patterns overall. The impact kicked a ton of debris and water vapor into the atmosphere. Sunlight’s going to be blocked for a while.” Parts of the book
Hammer of God came back to Blake. He felt like they were living the script.
“What can we do?”
“Same as always,” he said, turning to meet her eyes. “Keep living. Get married. Tend the garden. Raise Vivian. Try to stay normal. Honeymoon’s probably off the table for now.”
“I don’t care about that,” Brooke said, stepping closer. “As long as we’re together.”
Blake nodded, a small smile breaking through. “I’m going to hunt down a greenhouse setup with grow lights—get it built before the cooling really sets in. We’ll make it through this, same as everything else.”
They worked side by side, the TV murmuring in the background, while outside the world tried to figure out how to keep turning.