Song He understood, as if his Ren and Du meridians had suddenly been opened!
The population of each neighborhood varied, corresponding to the different volumes of each brain cell.
The brain cells transmitted neurotransmitters to one another, just like vehicles traveling back and forth through the neighborhoods.
In essence, both involved transportation between different adjacent units. The biggest difference was that vehicles could travel from one end of a city to the other, while brain cells were connected only to their surroundings.
He finally had an inspiration!
Song He rose and hurried to the cafeteria. As he rushed along, his mind raced.
At the cafeteria, he ordered a bowl of beef noodles and a large plate of salt-baked peanuts.
He sat at a table in the corner and wolfed down the beef noodles to replenish his strength while arranging the peanuts.
Before long, the peanuts were arranged across the plate in an intricate pattern—chaotic yet orderly, with everything in perfect sequence!
Song He's eyes went blank as he stared fixedly at the peanuts. In his imagination, the peanuts changed one by one, first into brain cells, then into neighborhoods, shifting back and forth!
After finishing the noodles, he did not move an inch. He continued staring blankly at the peanuts, looking almost like a mental patient from a distance.
If electrodes had been attached to his head at that moment to monitor his real-time brain activity, they would have shown his entire brain glowing white-hot. The regions responsible for calculation and spatial imagination were especially active, with every brain cell seeming to explode like fireworks as they frantically secreted neurotransmitters!
After finishing one bowl of noodles, Song He successfully completed the mathematical modeling of 100 brain cells!
However, the brain region in the last problem of the exam had a