With his magnetic field in pce, Carter felt more stable, more protected than ever before. Yet, his evolution was far from over. Deep within his pnetary core, another transformation was beginning to stir, one that would shape the very surface he had been developing.

  [SYSTEM]The host is now ready to establish pte tectonics. This process will enable the shifting and movement of the pnet’s surface, creating mountains, valleys, and shaping the ndforms necessary for a dynamic, life-supporting pnet.

  “Pte tectonics?” Carter echoed, his curiosity piqued. “So, we’re moving continents now?”

  [SYSTEM]Correct. Pte tectonics will allow the surface to renew itself, forming mountain ranges, causing earthquakes, and promoting volcanic activity. This is essential for sustaining a diverse and habitable environment.

  Carter focused inward once more, his awareness sinking into the depths of his pnetary core. He could feel the solid, rigid crust of his outer yer, and beneath that, the mantle—a sea of molten rock that was alive with movement. Slowly, he initiated the process.

  “Okay, let’s get this nd moving.”

  Deep within, the convection currents of his mantle began to stir. Heat rose from the core, driving the currents upward, while cooler material sank back down. This slow, steady churning caused his crust to break into massive sbs—tectonic ptes—that began to shift and grind against each other.

  [SYSTEM]Pte tectonic activity initiated. The host’s surface is now capable of mountain formation, earthquakes, and volcanic eruptions.

  Carter felt the ptes moving beneath his surface, like massive jigsaw pieces that would never quite fit. The edges of some ptes collided, pushing upward to form mountain ranges. Others drifted apart, creating deep ocean trenches and volcanic rifts.

  “This is wild,” Carter muttered, as he sensed the movement rippling through his form. He could feel the pressure building in certain areas, leading to volcanic eruptions and earthquakes.

  Above his surface, massive mountain ranges started to rise, while deep valleys and rift zones formed in other areas. Volcanic activity increased, spewing va that would cool and harden, forming new nd. His surface was no longer static—it was alive, constantly reshaping itself in response to the forces within.

  [SYSTEM]The host’s pnetary surface is now capable of self-renewal. Pte tectonics will continue to shape the pnet over time, creating diverse ecosystems and habitats for life to thrive.

  Carter watched in awe as entire mountain ranges formed, continents drifted, and volcanic isnds emerged from the seas. It was a sight to behold—the birth of a living, breathing world.

  “This is crazy… It’s like I’m watching millions of years of evolution in fast-forward,” Carter marveled. “I’m literally creating an entire pnet from scratch.”

  [SYSTEM]Pte tectonics will also contribute to the recycling of carbon and other vital elements, ensuring the long-term stability of life on the pnet.

  “Well, that’s good to know. It’s all starting to come together,” Carter said with a grin, watching his pnet take shape.

  As the tectonic ptes continued to shift, Carter felt more connected to his pnetary form than ever before. He wasn’t just a meteor anymore—he was something much greater. He was a world-builder, a creator of life. And this was just the beginning.