Surgery Godfather
Chapter 1147 - 913: Once it Goes Beyond the Scope, it’s Easy to Blow the CPU_3

Chapter 1147: Chapter 913: Once it Goes Beyond the Scope, it’s Easy to Blow the CPU_3

The Su Family, a family steeped in scholarly tradition, continues its lineage successfully. The old patriarch stated that to answer the call of the nation, each grandchild must have three children, thereby expanding the family’s connections further.

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In the System Space Laboratory, there was another small advance in the research on tumor cell apoptosis.

To rapidly translate the experimental results from the System Space to the actual laboratory, Yang Ping carried a vast amount of data out with impeccable accuracy using his brain’s memory. Through this long-term practice of memorizing data, Yang Ping developed an extraordinary memory ability.

It seems that memory, like muscles, abides by the principle of "use it or lose it".

Yang Ping immediately recorded the data he brought out onto A4 paper. This time there was quite a lot to write down—over a hundred densely packed sheets. Once he finished, he went straight up to the Tumor Laboratory, where Tang Shun and his team were hard at work. Tang Shun really was an energetic fellow, now undertaking two major topics at once, his schedule perfectly organized without any sense of rush or disorder.

A master of time management! Indeed, as acclaimed.

"Professor!" Tang Shun immediately ran over.

"The laboratory has succeeded, your hypothesis was correct. Indeed, this dimeric small molecule can initiate the apoptosis program in Sisi’s tumor cells. We manufactured this dimeric molecule artificially according to your design, and in the ex vivo experimental environment, it can block the anti-apoptosis ability of the tumor cells while initiating their apoptosis program. Many tumor cells have already died," Tang Shun said excitedly.

"If this molecule can really initiate the apoptosis of tumor cells, then we need to start moving into in vivo experiments on animals, transferring the experimental environment from ex vivo to within mammals. Go and think about how to safely deliver the dimer molecules into the animal’s blood vessels so they can be efficiently transported to the tumor cells through the blood circulation with minimal loss. I have some rough ideas here; see if you can use them."

Yang Ping tossed a bag of A4 papers to Tang Shun. He didn’t want to waste time; his sole wish was to convert all scientific results into practical applications as quickly as possible, especially since this particular accomplishment was regarding Sisi.

Usually, it was only a few sheets, or at most a dozen or so. This time, it was over a hundred sheets at once, a heavy bag that Tang Shun was holding.

After Yang Ping gave some instructions, he left the laboratory. Tang Shun pulled out a few sheets and saw that the A4 papers delineated the evolution trajectory of future experiments. If any obstacles were encountered, the trajectory would branch out with several possibilities noted down.

In this way, from one to many, and from many to many more, the exponentially increasing evolution trajectories underwent scientific reasoning and selection, compressed onto a little over a hundred sheets of A4 paper—such exceptional selective capability.

Tang Shun had an idea that the Professor possessed some kind of superior scientific research trajectory selection method, but he had not yet revealed it.

Tang Shun’s mentor had also used such evolutionary trajectories to write experimental plans, and due to exchanges, he had been to the Massachusetts Institute of Technology Stem Cell Laboratory. Director Madelan was also adept at writing such experimental plans. Most people’s experimental plans are linear and don’t take into account the many possible difficulties encountered during experiments, or how to adjust strategies accordingly.

Master scientists think more comprehensively and deeply. They consider potential difficulties as much as possible, so when they face challenges, they map out potential evolutions. This way, as the experiment progresses, the number of trajectories increases.

In the end, often because of the exponential increase of trajectories, one cannot continue to write, so even talents like Fukunaga and Madelan can only outline a few steps at a time. They need to re-derive based on experimental results, as writing out more than a dozen steps renders the later trajectories largely meaningless.

Now, Professor Yang had detailed all these steps completely, and it was evident the exponential trajectories were selectively refined by him. How he made those selections, which must involve vast and profound mathematical knowledge, seemed more complex the more Tang Shun thought about it.

Ah well, better to think within the bounds of my own intelligence; exceeding limits can lead to a CPU overload.

Tang Shun considered his intelligence to be top-tier, yet when it came to optimizing experimental trajectories, he couldn’t fathom it at all—even powerful computer models couldn’t achieve this feat.

No, I must stop thinking about it, Tang Shun thought, touching his head which was starting to feel warm.

It’s a joke to try and speculate on Professor Yang’s mindset. If your intelligence isn’t on his level, there’s only one outcome—time for a stay in a mental hospital.

It’s like a computer’s CPU trying to perform calculations beyond its capacity—the only outcome is burning out!

With more than ten girlfriends waiting for me, is it worth burning out my own CPU over this?