The Golden Crow battleships, lined up in neat formation, raised the long gun barrels mounted on the sides of their hulls.

Under Zero's control, each gun barrel began to undergo minute adjustments.

The path of the spherical detector is a straight line, and its speed is very stable. Therefore, calculating its trajectory is an extremely easy task for zero.

However, in order to ensure the accuracy of the electromagnetic projectiles, Zero still defined a relatively large attack range.

After completing the trajectory adjustment work for the electromagnetic railgun.

A volley of shots!

Two rounds of shots!

Three rounds firing simultaneously!!!

In just a few seconds, more than 5,000 small planetary-level [Golden Crow] battleships unleashed hundreds of thousands of electromagnetic cannon shells at the target area!

These projectiles are filled with a large amount of antimatter.

At the moment of contact, all of this antimatter will be poured onto the surface of the spherical detector.

This was also the best solution that the Academy of Sciences arrived at after discussions during the period when the spherical detector was stationary.

Strongly interacting materials, similar to neutron star matter.

Its strength is excessive, as can be seen from the footage of it crashing into the antimatter collection device and human probes.

At least, current human materials, even the strongest star gold-carbon dithium armor, are like a fragile piece of paper in front of it, easily punctured.

But in any case, it still belongs to the category of matter.

Anything that is matter will react with antimatter.

The battle plan is then quite simple—just bring the antimatter into contact with its surface.

Once the annihilation reaction occurs, its incredibly hard outer shell will completely collapse!