Chapter 404: A Detector

While raw computational bandwidth was undeniably vital for scientific research, the abstract qualities of scientific intuition, insight, and raw creativity were infinitely more critical.

Neural implants could not significantly augment these intangible abilities.

Only the Perfect Element could holistically rewire the brain’s architecture, elevating even abstract faculties like "intuition"... in a manner that remained deeply perplexing to the scientific community.

Yes, even at the Federation’s advanced tier of biological science, the exact mechanics of the Perfect Element remained a profound mystery.

Even though humanity had developed synthetic implants capable of performing trillions of calculations per second, their foundational understanding of the brain’s macroscopic and microscopic architecture remained woefully incomplete, perhaps hovering around five to ten percent comprehension.

Why does self-awareness spontaneously emerge?

Does a soul actually exist?

How do you fundamentally increase raw biological intelligence?

No one knew. The universe was still filled with profound mysteries.

"But what exactly is scientific intuition... is it just a subset of intelligence?" Jason wondered aloud.

"This kind of cognitive leap feels completely different from the computational boost provided by neural implants... It’s baffling."

"Is the Perfect Element’s true value nothing more than a localized IQ buff?"

Reflecting on this, Jason felt a sense of existential dread. He spoke his next thought with genuine worry. "I’m starting to wonder if every species has a hard-capped intellectual ceiling. Human cognitive capacity is ultimately finite..."

"For nearly a century, we have waged a grueling war against the complexities of nanorobotics... Our department heads are visionaries—true geniuses yet even they are struggling against the sheer, almost infinite complexity of the science. The progress is agonizingly slow."

"I’m wondering... when a scientific field becomes so immensely complex that even the brightest minds of a generation cannot push the boundary forward, does an empire simply stagnate?"

"And that stagnation would be virtually permanent. If the technology stalls out, they can never invent the tools necessary to further artificially augment their own intelligence. It’s a vicious, unbreakable cycle."

Lily looked thoughtful, though she didn’t answer the question directly. "Perhaps that’s true. Could it be... that artificially elevating a species’ baseline intelligence is the ultimate scientific hurdle? Even more difficult than mastering nanotechnology or genetic engineering?"

"Fortunately... our nanotech is still creeping forward. Even without the Perfect Element, it seems we haven’t hit our hard cognitive limit just yet..."

"But Tier 4 Genetic Dynamics? That might very well be our ceiling. A simple mind will naturally struggle to comprehend higher-dimensional concepts... that’s just a biological reality."

Jason vaguely sensed that he was brushing against one of the universe’s ultimate, unyielding laws: the Great Intellectual Barrier. He turned to look out the viewport at the sprawling, infinite dark.

The universe was obscure, unfathomable, incredibly cold, and brutally indifferent. The ultimate evolutionary limit of a species might be biologically hard-coded into their DNA the moment they first crawled out of the primordial soup.

Can an ant comprehend astrophysics? Can a primate grasp calculus? Obviously not.

"...Does possessing the Perfect Element mean we have a better chance of shattering our intellectual barrier?"

"Well, at the very least, humanity is still moving forward. And we have enough momentum to keep moving for a long time. That in itself is a miracle..."

Shaking his head, Jason forcibly dismissed his dark philosophical tangent.

He left his quarters to formally inspect the maintenance operations across Deep Space.

The primary objective of this century-mark overhaul was a massive refit of the ship’s warp drives, aiming to shatter their previous speed limit!

...Target velocity: 5 times spped of light!

During their most recent stasis cycle, a brilliant physicist named Kavara had formulated a highly optimized mathematical model for warp envelope geometry. According to her theorems, the new drive could theoretically push the vessel to 5.17 times the speed of light.

This localized curvature model was entirely homegrown, conceptually designed and optimized by human minds. They had finally outgrown the "embarrassment" of merely copying and scaling up Viridian Empire warp tech.

Following decades of rigorous sub-scale simulations and structural stability confirmations, the new generation of warp drives had been fabricated and were currently being installed into the primary engineering hull.

In reality, having burned this far into the deep black, turning back was mathematically impossible.

They were currently navigating the barren, sparsely populated stellar void between the Orion Arm and the Scutum-Centaurus Arm. The nearest celestial body was a dim yellow dwarf star, glowing faintly over twenty light-years away.

At this immense distance, all stars appeared identical—indistinguishable pinpricks of light scattered across the black canvas.

If a crew member were to step outside the hull and gaze into the void, assuming the ship’s external floodlights were killed, they would be terrified to realize that aside from the distant stars, the universe was absolute pitch black.

The darkness was so oppressive that you couldn’t see your own hand held an inch from your face.

The ambient photon density in the deep void was so astronomically low that even if an object reflected whatever stray light existed, the human retina couldn’t process it.

Deep Space maintained strict radio silence, drifting forward entirely on residual inertia.

Thousands of engineering teams swarmed the interior and exterior of the hull, the ship’s hull dotted with the rhythmic pulsing of their EVA suit beacons.

The complete engine refit was scheduled to take two months, but the crew wasn’t overly anxious. After all, they had just burned four hundred light-years at faster-than-light speeds.

Since The Annihilators’ long-range sensors were still bound by the speed of light, the hostile empire couldn’t possibly track their real-time location.

"They don’t know exactly where we are, but they can definitely extrapolate our flight vector. They might be lying in wait near a prominent star system along our path, waiting for us to run out of fuel and drop into real-space... Their capital ships are significantly faster than ours!"

"Oh, look here. See what the gravitational wave array just caught? Due to relativistic information distortion caused by our FTL transit, these two planetary spaceship appear to be flying backward on the telemetry feed.

Granted, we are looking at gravitational ripples from several decades ago," Professor Thomson, head of the Astronomical Observatory, said with a wry smile, resting his chin on his hand.

"Honestly, which star system do you think they’re lurking in... trying to disguise those massive spaceships as natural moons?"

Sightings of these planetary-scale spaceships had caused massive panic during their early maintenance halts decades ago.

However, the sightings had grown increasingly rare. Besides, the telemetry data was always decades out of date by the time the ripples reached the ship.

The Annihilators were likely completely baffled as to how a tiny, primitive vessel like Deep Space had managed to sustain a warp burn for so long. They had no idea that a "fledgling" civilization possessed a Precursor vault capable of fueling a ship indefinitely.

"Perhaps we can scan for a localized micro-asteroid cluster to top off our raw material reserves..."

"The probability is astronomically low... But we can sweep the sector with the ultra-long-wave radar. It would be a massive windfall if we could just snag one or two rogue meteorites," a young astronomy student muttered softly, staring at the dim starfield.

Professor Thomson smiled noncommittally. That kind of naive optimism was exclusive to the young.

In the vast emptiness of the interstellar void, the probability of blindly running into a rogue meteorite was statistically lower than winning the lottery.

Deep Space had been flying for over a century without ever striking a significant piece of debris.

Space debris was typically either captured by stellar gravity wells to form comets, or clustered together via mutual gravity to form asteroid belts, which the gravitational wave array would easily detect from light-years away.

Since the array was currently returning zero anomalies, the chances of finding a lone, wandering rock were effectively zero.

During their first few maintenance halts, they had actively pinged the void and found absolutely nothing.

"Go ahead and run an active sweep with the ultra-long-wave radar... at the very least, it’ll confirm our flight path is clear of micro-debris..."

Even though the odds were practically nonexistent, Professor Thomson didn’t want to crush the young students’ enthusiasm.

The junior astronomers huddled eagerly around the radar console, initiating an active, omnidirectional sweep of the surrounding void.

Scanning...

Scanning...

"Wait! Look at this grid! There’s something out there!" a student suddenly shouted.

A statistical miracle had occurred: within just a few hours of sweeping, the active radar had painted an unidentified micro-signature.

And it was well within interception range!

Even Professor Thomson was startled, rushing over to the console. Snagging a rogue meteorite would be an incredible morale boost to break up the monotony of the long drift.

"Judging from the radar albedo, it’s highly metallic. That is unbelievable luck... It’s not very big, though. Roughly thirty meters across... wait, what?"

"The geometry is strange. It’s completely irregular, not matching standard asteroid accretion models. Range is approximately 876,000 kilometers."

"Velocity is staggering—36.8 kilometers per second. That far exceeds standard stellar orbital velocities... Incredible. Could it be high-velocity shrapnel ejected from a planetary collision?"

"...Stop guessing and forward the telemetry to Command! Lock onto the signature, do not lose that track!"

The young astronomers were buzzing with excitement. This was the first time in over a century they had discovered a rogue object in the void! It could also be the first time in nearly a hundred years that Deep Space actually replenished its physical reserves from an external source!

A minor event like this technically didn’t require Jason’s direct oversight.

However, the military quartermasters were immediately interested upon receiving the ping. Operating within their standard authority, they immediately launched a squadron of recovery drones to intercept and capture the anomaly.

Every ounce of raw material mattered; even if the rock only yielded a few thousand tons of usable ore, it was a massive win.

But as the recovery drones closed in on the "meteorite," the situation took a wildly unexpected turn. Both the military operators and the astronomers were left utterly stunned.

Priority alerts flooded the command servers and flashed directly onto Jason’s personal terminal. He opened the file and immediately froze.

"What? An artificial space probe? Drifting 860,000 kilometers from our hull?"

According to the high-resolution optical feeds from the interceptor drones, the object was a cylindrical satellite outfitted with four long, wide solar arrays.

A primitive ion thruster, the kind of low-yield engine that generated about as much thrust as the weight of a piece of paper was mounted on the aft section.

The design architecture was strikingly familiar. It looked exactly like the primitive deep-space probes humanity had launched back during the Earth era!

However, the probe was completely dead. Its power cells were drained, and it was emitting zero radio frequencies. It had been drifting blindly through the interstellar void until it miraculously crossed paths with the Federation fleet.

The metal chassis was severely degraded, heavily pitted and scarred by centuries of micro-meteorite impacts, and the solar panels were shattered and completely inert.

The physical degradation pointed to a single conclusion: this probe had been drifting through the cosmos for an unimaginably long time.

It had been drifting so long that the vacuum of space had practically eroded it into dust!

Jason stared at the feed for a long moment before making his decision. "Bring it in. Capture it!"