Void Energy Devouring Core

He immediately began experimenting. He poured liquid Star Core Energy into the Super Spacetime Alloy's smelting furnace, set the temperature to 5,000 degrees Celsius, and activated the High-Frequency Energy Resonator, trying to fuse the Star Core Energy deeply with the alloy's molecules. But the first experiment failed—the Star Core Energy exploded at high temperatures, shattering the furnace's glass cover. For the second attempt, he lowered the temperature to 3,000 degrees Celsius and slowed the energy feed, but the alloy still disintegrated during resonance.

As the seconds ticked by, the "energy fluctuation sounds" of the Void Energy Devourers drew closer from outside the lab. Cold sweat beaded on Chu Yunyi's forehead as he adjusted the experimental parameters. He compressed the Star Core Energy into Solid Energy Crystals, mixed them with Super Spacetime Alloy powder, and fused them using Low-Temperature Sintering Technology. This time, the alloy powder successfully bonded with the Star Core crystals, forming a silver-white metal block.

Chu Yunyi couldn't wait to put the metal block into the Energy Devouring Test Device. When an energy-devouring tendril touched it, golden energy ripples instantly spread across the surface. Not only could the tendril not devour its energy, but it gradually shriveled under the ripples' effect. "It worked!" Chu Yunyi shouted excitedly. He immediately activated the Small Armor Manufacturing Machine, made armor plates from the Anti-Energy Devouring Alloy, then rushed toward the starship's mechanical repair bay with the plates.

Field Testing the Anti-Energy Devouring Armor and the Threat of the Energy Devouring Crystal Clusters

In the mechanical repair bay, Chu Yunyi operated the Mechanical Arms to cover the damaged sections of the Starvault-V with Anti-Energy Devouring Armor plates, especially around the engine compartment and Shield Generators. By the time he had installed the last plate, the energy fluctuations outside the lab were already