Chapter 368: Is It Really Safe?

Under the current understanding of physics, excluding the Warp Drive itself, the absolute speed limit for transmitting information and observing the universe is the speed of light.

It is physically impossible to use a warp field to observe the surrounding universe...

"Therefore, all information in the universe is fundamentally delayed. Since both sides are bound by the speed of light for observation, it means that at the exact moment they see us, we will simultaneously see them. We are on equal footing!" Arthur Lambert shouted, slamming his fist onto the table as he stood up, his face flushed with excitement.

"A preemptive, invisible light-speed attack is completely impossible because they can’t even see their target yet! How can you launch a precision light-speed strike while flying blind? Unless they possess some form of faster-than-light observation technology... and I don’t even know what Tier of civilization could achieve that..."

With that single realization, the Sword of Damocles hanging over their heads vanished. Jason finally exhaled a long, heavy breath, releasing the suffocating tension.

The initial panic had been so terrifying that it had magnified every potential danger out of proportion, blinding them to basic warp mechanics.

However, the crisis was far from over. At any given moment, the Federation’s Gravitational Wave Arrays could detect the incoming fleet. And in that exact same instant, the enemy’s sensors would detect the Federation, immediately triggering a full-scale interstellar war!

They needed another advantage!

The strategic minds of the command staff began to race again. They rapidly debated, trying to find any other tactical edge they could exploit.

Simply turning tail and running would be a devastating loss. The strategic value of a Gaia organism was incalculable; handing it over to a rival alien civilization without a fight was unacceptable!

Furthermore, over the past month, the Federation had invested heavily in educating the entity. The algal consciousness had become deeply familiar with humanity, and the crew’s initial wariness had faded into genuine affection. Many biologists and psychologists had grown deeply attached to the strange, powerful creature.

"Think critically. What other strategic information have we overlooked?" Arthur pressed excitedly.

The ensuing debate quickly unearthed another massive psychological advantage, proving that the Federation didn’t need to be paralyzed by fear!

"Listen carefully. Our biggest operational advantage right now is that we theoretically know they are coming! However, they are absolutely unaware of our existence!"

"Knowing the enemy’s objective in advance gives us the initiative!"

"Let’s put ourselves in the enemy commander’s shoes. If you suddenly received a report confirming the existence of a high-value Gaia organism in a remote system, what would your immediate reaction be?"

"I’d be shocked, ecstatic, and absolutely thrilled!" Jason replied without hesitation. "I would immediately mobilize a massive fleet to Planet Dige to secure the asset before anyone else could! I’d want it captured as fast as physically possible!"

"Exactly! And during that transit, your fleet would be utilizing maximum Warp Drive to exceed the speed of light. Do you see the operational flaw in that?" Arthur asked.

"Yes! That is standard operating procedure for any advanced civilization," Jason said, his eyes widening.

Arthur was so excited he was practically spitting as he spoke, entirely abandoning his usual professional composure.

"But... when that massive fleet approaches the target star system, what must they do? Will they maintain warp speed all the way to orbit? Keep in mind, they assume the system is completely empty of rival forces..."

Jason blinked as the realization struck him. "They have to decelerate!"

Interstellar travel is inherently dangerous. The slightest miscalculation in a warp vector can lead to disastrous consequences. Traveling faster than light prevents the ship’s sensors from receiving external data. it is literally flying blind.

After traversing deep space for extended periods, a navigator cannot know exactly how far they have drifted off their plotted course. They are forced to drop out of warp, observe the surrounding starfields, and calculate course corrections.

When the Federation fleet flew from system GB131 to Planet Dige, they had to drop out of warp and decelerate numerous times along the route.

Furthermore, a star system is filled with massive gravitational hazards. A star’s gravitational well inevitably traps a massive sphere of comets, asteroids, and orbital debris! Flying blind at faster-than-light speeds through a star system’s debris field carries an astronomical risk of a catastrophic collision.

Although a starship carries very little kinetic energy while inside a warp bubble, if the bubble forcefully collapses due to a physical impact with an asteroid, the resulting spatial shear would trigger an explosion vastly more powerful than a thermonuclear detonation!

Therefore, any incoming enemy fleet would have to drop to sub-light speeds at a considerable distance from the star to correct their course and navigate around planetary hazards.

"Although the probability of hitting a rogue planetoid in deep space is lower than winning the lottery, no sane commander ignores the risk. They have to play it safe, right?"

"The deeper you push into a star system, the denser the debris fields become. According to our own Federation Navigation Safety Protocols, a ship must drop out of warp upon reaching the target star’s Oort Cloud, which is roughly 0.6 to 0.8 light-years out."

"If our safety regulations mandate that, it is highly probable their naval doctrines demand the same..."

"The enemy is heading straight toward us. The moment they drop below the speed of light, our long-range sensors will immediately detect them!"

Jason was stunned. Arthur’s logic was flawless!

Even if the enemy commander was impulsive, greedy, or fanatical, they wouldn’t violate fundamental interstellar navigation protocols. They valued their own lives, right? Especially since they had no idea the Federation was operating in the system, they had no reason to take desperate, suicidal risks.

"Professor, is there any technology that allows a ship to just ignore asteroid impacts while in warp?" Jason asked, consulting the engineering chiefs out of habit.

The chief engineer immediately shook his head. "Impossible. A warp bubble is like a soap bubble. If a large mass penetrates the field, the bubble violently collapses, causing a catastrophic spatial explosion..."

"That is the absolute golden rule of warp navigation. You avoid mass shadows at all costs!"

The room buzzed with renewed excitement. This tactical deduction was monumental and aligned perfectly with the logistical realities of a normal civilization! To safely approach the star, the enemy was forced to decelerate at a considerable distance!

And the moment they decelerated, the Federation would see them!

Of course, due to the light-speed limitation of the sensors, the detection would be significantly delayed. If the Federation detected the enemy dropping out of warp at 0.8 light-years away, the enemy’s actual physical position would likely be closer to 0.4 or 0.5 light-years out, since they would still be cruising at relativistic sub-light speeds. The sensors would register a massive, terrifying blueshift upon detection.

But even if the enemy detected the Federation at the exact same moment and instantly fired their light-speed weapons...

It wouldn’t matter.

Those light-speed weapons would take 0.4 years to cross the distance and hit the Federation fleet!

Four months? The Federation could pack up and evacuate the system a hundred times over!

The sheer vastness of space was the ultimate shield!

But the optimism was quickly cut short by Austin, the Head of Security. He shook his head, insisting that in matters of existential defense, they could not rely on best-case scenarios. They had to plan for the absolute worst.

"Yes, assuming they follow standard navigation protocols, 0.8 light-years is the most optimistic estimate. But our defense models must be ruthless and conservative!"

"Let’s say they push it to 0.3 light-years. What if the enemy pre-calculated a massive number of flight vectors before departure and, in their haste, chose to ignore the risks of the outer debris fields? What if we only detect them when they drop out at 0.3 light-years? What then?"

An analyst ran the numbers immediately. "If we detect them at 0.3 light-years, assuming they are cruising inward at a sub-light speed of 0.6c while scanning realspace... their actual physical position when the light reaches us would be roughly 0.12 light-years away. A light-speed strike fired from that distance would still take nearly 44 days to hit us. We still have more than enough time to evacuate!"

"What if the enemy commander is completely insane?" Austin pressed relentlessly. "What if they take an astronomical risk and only drop out of warp at 0.1 light-years from the star? The density of debris at 0.1 light-years is higher, but the chance of an impact is still technically low."

"By the time the light reached us, their actual physical position would be only 0.04 light-years away..."

The analyst took significantly longer to run this simulation. Sweating, he finally replied, "We... can still escape! But the risk is severe. In the absolute worst-case scenario, the Deep Space would have to blindly initiate its Warp Drive while still deep inside the star’s high-gravity well!

At a distance of 0.04 light-years, their electromagnetic weapons would take 14.6 days to reach us. That is just barely enough time to spool the drives and jump!"

"What if they drop out even closer?" Austin demanded.

"That is practically suicidal! To fly blind inside the inner system at faster-than-light speeds—they would have to be completely deranged! Do they want to warp directly into a planetary core?"

"I agree! No sane commander would wait until they are within 0.1 light-years to drop out of warp!" Arthur slammed his fist onto the table, his voice full of conviction.

Having mapped out the worst-case logistical scenarios, the room finally exhaled. If these physics held true, the immediate danger was vastly lower than their initial panic suggested.

They were completely safe until the exact moment the enemy’s deceleration was detected.

"So, as long as our sensors don’t detect them, they remain completely blind to our presence?"

Hearing Arthur’s confident conclusion, Jason frowned. Something about that logic felt inherently flawed. A new, terrifying variable suddenly clicked in his mind, and his momentarily relaxed heart began to hammer violently against his ribs again.

Because this new variable completely shattered their comfortable illusion of safety!

Safe? Not a chance!