Kono Yuuki
It was indeed a machine that was like something out of a dream for the medical field.
Although it had not yet been put into practical use and had appeared in the public eye only under a codename, if it could be put into actual use, the help it would bring to the medical field would undoubtedly be immense.
Of course, when it was first proposed, it still faced countless problems.
After all, let alone the second-generation full-dive machine, the AmuSphere, which had been fitted with several safety measures and could therefore only block relatively minor sensations—even the first-generation NerveGear could not completely eliminate the excruciating pain of a scalpel cutting into the body. Although the NerveGear was purer than the AmuSphere, the nerves in the body could still feel sensations, so the spinal cord would presumably still produce reflexes, making it impossible to use for anesthesia. The same applied to other areas: its electromagnetic pulse output was too weak, and its CPU was designed for low power consumption, which created certain problems with processing speed.
If it was only meant for diving into a VR world, then its specifications were sufficient.
However, when paired with lenses to present the real-world environment in real time—in other words, when used to achieve augmented reality—its functions were still inadequate.
Still, these problems could be solved.
As long as the output power of the full-dive machine was enhanced, the density of the pulse-generating components increased several times over, and the processing speed improved, then it could be integrated with a bed capable of covering the entire brain and spinal cord. Once the device could be mass-produced and installed in most hospitals, the entire medical environment would undergo a revolutionary transformation.
Almost all surgeries would no longer require anesthesia. It might also