Extracting Anti-Vibranium was quite troublesome. This mining operation could not be handled by machine laborers or synthetics; mechanical methods were unusable. The better approach was to use high-energy lasers or plasma from a distance to shatter the meteorite, then manually move the fragments into ceramic containers and suspend them from the transport ship for transport.
Fortunately, Osborn was highly proficient with both plasma cannons and Mining Lasers.
The transport ship raised its altitude slightly and continued bombarding the site, widening the opening.
Unlike Wakandan Vibranium, Anti-Vibranium did not absorb and store energy to strengthen itself. Instead, it enhanced the intensity and range of its metal-disintegrating effect.
Thermal weapons such as lasers would cause Anti-Vibranium to slowly break down the chemical bonds of nearby metals, making it seem, on a macroscopic level, as though the metal had liquefied.
If it was struck, the effect would become violent and sudden, appearing more like the metal had been shattered by some kind of wave.
Still, the Anti-Vibranium meteorite was nowhere near as massive as a Wakandan Vibranium meteorite, and its range of effect was limited.
If Wakanda's entire mineral vein had been made of this Anti-Vibranium, it would have been enough to disintegrate the metal across the entire African continent.
After locating the vein, Harry directed the transport ship to switch to Plasma Bombardment Mode. Plasma blasted fiercely into the meteorite, and several chunks of ore of varying sizes fell into the metal lake, sending ripples spreading across its surface.
Because of the unusual circumstances, Harry had to personally bring the Plastic-Ceramic Cart and Webbing to fish the ore out.
Although his bones contained two kilograms of Vibranium, it had somehow fused with his bone cells and had not liquefied.
Harry diligently used Webbing to scoop the ore chunks from the lake, then