There were many powdery substances on the floor of the room, which were iron oxide powders left behind by the erosion of Ithacan skeletons over a long period of time, similar to human bone meal.
The Collector carefully allowed its roots to spread into this room. It had to be cautious because all the skeletons inside the room were extremely fragile. Even though there were still well-preserved iron oxide skeletons remaining, in reality, these objects would merge into one with the iron oxide powder on the ground with just a gentle touch or even a close breath.
The lethality of time was so powerful.
When the roots touched these skeletons, the Collector, accurate to the molecular level, utilized adhesive substances to solidify the positions of one chemical molecule after another, thereby achieving a macro-level strength enhancement for these fragile skeletal remains.
This was extremely meticulous work. If it were an ordinary human, even with a technology like the Collector's for molecular observation and solidification, it would probably take decades. After all, the amount of molecules in a single piece of bone was absurdly high, while an ordinary person's energy was very limited.
However, the Collector was not human. Multitasking was the norm for them, and it was a minor trick that every Collector could wield.
The Collector simultaneously commanded tens of thousands of roots at different angles, methods, and movements to carry out the restoration work on these Ithacan skeletons at the molecular scale.
After finishing the restoration of the skeletons, the Collector began to search for the cause of death of these Ithacans.
To the Collector, the death of Ithacans was a very rare event. The deaths of those Ithacans on Ming stemmed from accidents caused by Ming's erroneous understanding, whereas at the ruins of the Ixa civilization on