Surgery Godfather Chapter 982 - 982 827 Serious3

Chapter 982: Chapter 827: Serious!_3 Chapter 982: Chapter 827: Serious!_3 The computer room for the giant computer was being constructed, so Professor He still temporarily used the giant computer at Nandu Institute of Technology for modeling. In front of the screen, watching the spinning scaffold of the Digital Human, Professor He’s heart was filled with mixed emotions.

Ever since he started his master’s degree, Professor He had been researching Digital Humans. He participated in Academician Xiang’s first-generation Digital Human research. His subsequent doctoral studies and post-doctoral career were all centered on Digital Humans, which perated his entire research career.

Now, the plan for the new type of Digital Human had been partially realized, and if this continued, the completion of the entire new model of Digital Human was imminent. They would be the first team in the world to fully develop a Functional Digital Human.

The first paper had already been published in Cell. They also attempted to publish articles in Science and Nature, and finally, the most critical results paper would be published in their own newly established journal, dical.

The next target was to create a Digital Heart, one that could beat in the Virtual Digital World.

After establishing the heart, the next step would be to establish the entire blood circulation system of the Digital Human.

The project was massive and extraordinarily challenging, but not a single person from Professor He’s team left, even the PhDs who had graduated stayed on to continue their postdoctoral research.

Elder Xiang’s eyes beca moist with excitent; he never thought he would see the realization of the Functional Digital Human in his lifeti. Once, in his view, this was an unfeasible plan that if ever realized, would be decades away.

Once Functional Digital Humans are realized, it would an that China’s Digital Human program would be far ahead of the rest of the world.

Academician Xiang and Professor He knew that without Yang Ping proposing the concept of Microscopic Dissection, and providing a massive amount of microscopic anatomical data, they could not have developed this new type of Digital Human. Yang Ping not only provided them with theoretical guidance but also supplied substantial data, which would have taken them decades to accumulate on their own.

Scientific research often needs to go through a process of trial and error, the cost of which can sotis be enormous. Many scientists might spend their entire lives in trial and error without finding the correct approach.

Ruixing Company’s Biological 3D Printing Equipnt was also under developnt. Over two thousand researchers, through various channels, had bought nearly all the world’s Biological 3D Printers to dissect and study them, performing reverse engineering to clone the first-generation prototype and then continuously refine it based on this foundation.

Finally, the latest generation of technology began to have its own Innovative Technology, with the biggest advancent being the use of Matrix-free Printing Technology.

However, this technology was still immature and remained at the theoretical stage, not yet practical. Chief Engineer Chen Zhi and his team of engineers were tackling this technical challenge, and once successful, this Biological 3D Printing Technology would be the most advanced in the world.

All other existing Biological 3D Printing technologies in the world had to use a Matrix as a Scaffold to maintain the target shape, with cells embedded into the Scaffold. This is because these printers could only shape simple forms and could not simulate microscopic structures such as the connections between cells and tissues, which they were unable to model.

Ultimately, this technology was rely imitating, capable of replicating forms externally, but unable to replicate internal structures.

This is also why organs produced by current Biological 3D Printing cannot be used for transplants and are only suitable for simple functional scenarios like drug testing, as they are not real organs, but rely resemble them.

Ruixing dical’s core research business was Biological 3D Printing Technology, the future high ground in the field of dicine. It served as the fundantal equipnt, the Photolithography Machine in dical biotechnology.