147: Introduction to New Challenges and Advanced "Chaos Drawing"

Beneath the seemingly calm daily life of "Homeland," the preliminary research tasks for the "bridge" project that Evelyn carried on her shoulders were like a precision timer set to mute, beginning to tick away silently yet irreversibly. This heavy responsibility required her to seamlessly weave highly strategic research needs into Excellence's daily ability training sessions, all while maintaining absolute secrecy and without raising any suspicion from him.

This meant she could no longer be satisfied with just having Excellence perceive specific object malfunctions or simple emotional fluctuations. She had to design a series of more abstract and complex "advanced exercises" that could simulate key features of macro systems in the real world. The core objective of these new training sessions was to test the boundaries of Excellence's unique intuition—to see if he could transcend the perception of tangible things and touch upon deeper information regarding system states, dynamic equilibrium, and potential critical points.

Evelyn's preparations were meticulous. In her highly confidential laboratory, using the powerful computing resources of "Homeland," she constructed simplified mathematical models of various complex systems, covering different fields ranging from traffic flow and neural networks to ecological balance and even economic fluctuations. She extracted key state parameters from these models, such as node connection density, fluctuations in information entropy, the strength ratio of positive and negative feedback loops, and system redundancy. Then, she skillfully "translated" these cold mathematical parameters into training instructions that Excellence could understand and accept.

The new training course began, and for Excellence, it was undoubtedly a massive step up in challenge.

Parameter Perception Training: Evelyn no longer showed him specific machines or played a piece of music. Instead, she displayed several lines of numbers and terms on the screen that looked like gibberish: "Current system state: Connectivity 0.85, Entropy 3.2, Feedback Intensity -0.7." Then she asked him, "Excellence, try to feel what kind of overall 'vibe' a system like this gives you. Is it tight or loose? Is it smooth or stuttering? Try to draw it out."

Results: Staring at those abstract parameters, Excellence often looked bewildered, resting his small chin on his hand with his brow furrowed into a knot. He tried hard to "feel" it, but his mind seemed to go blank, or various unrelated associations would pop up: "Connectivity 0.85... like a bowl of porridge about to overflow? Entropy 3.2... is that the volume of the wind blowing through a forest?" The drawings he eventually produced were often a mess of even more chaotic, indescribable blocks of color and lines, which he himself called "Chaos Mapping" or "Brainstorm Ruins." After finishing, he would often slump into his chair as if exhausted, wailing, "Class Monitor, Sister Evelyn, my brain can't take it anymore! It's turned into a pot of paste that's been violently stirred with a stick! I can't distinguish anything!"

Complex Signal Identification Training: Evelyn would play a special audio clip. This audio was no longer a single sound but a synthesized soundscape mixing simulated stock market index fluctuations, internet packet traffic anomaly signals, and even large-scale crowd movement trends. It sounded like a noisy urban symphony, a mix of regular pulses, sudden bursts of noise, and low hums. She had Excellence listen carefully and try to find the "most discordant" or "most off-feeling" segments.

Results: Wearing headphones, Excellence's expression was extremely focused, even somewhat pained. The complex sound waves buffeted his eardrums, often making him feel dizzy and unable to concentrate. He might point to a segment of high-frequency noise that suddenly sharpened and say, "Here! It's like nails on a blackboard! It's awful!" Or he might point to an overly steady low hum and say, "Here... it's too quiet, lifeless, like... like something is being held back and won't come out." Although these feedbacks were subjective, Evelyn would carefully record the timestamps he pointed to and the descriptive terms he used.

Watching Excellence "suffer" from the side, Su Mu felt heartbroken. She always promptly handed him warm water and comforted him with kind words: "Take it slow, don't worry. Think about it, before it was hard for you to even sense a loose screw, but now you can feel the state of an entire large machine. This is already huge progress! Let's take it one step at a time." Her encouragement was a vital driving force for Excellence to persevere through his frustrations.

Evelyn, on the other hand, played the role of a calm analyst and guide. She wouldn't easily dismiss Excellence's seemingly absurd "Chaos Mapping" or vague sensory descriptions. Instead, she would show great patience, scrutinizing the drawings with Excellence and attempting pattern recognition. She would point to the image and say, "Look, Excellence, when the system parameters show high stability—for example, moderate connectivity and negative feedback intensity—a relatively stable color block or vortex with clear boundaries often appears in the center of your drawing. We can call this a 'Stable Core.' But when values representing pressure or anomalies appear, such as a sharp rise in entropy, sharp, radial, thorn-like lines or broken marks frequently appear at the edges of your drawing. This is very likely an unconscious mapping of your subconscious mind's perception of a system's state of imbalance."

Although the process was full of hardship and frustration, Excellence's potential was indeed being stimulated and expanded bit by bit through this continuous, high-intensity, high-difficulty mental tempering.

A landmark breakthrough occurred one afternoon. Evelyn showed Excellence a set of dynamic parameters simulating the morning and evening peak traffic flow of a mega-city. These parameters were presented in the form of dynamic charts, showing the vehicle speeds on main roads, congestion indices, and the passage efficiency of key intersections over time.

Facing these jumping numbers and curves, Excellence once again fell into a long period of deep thought. His eyes were closed, and his fingers unconsciously drew circles on the table. After a while, he picked up a brush and quickly, almost instinctively, drew a picture on the paper.

At first glance, the drawing still appeared to be a mess of lines and color blocks. But looking closer, one could find several relatively thick, winding "main flows" represented in darker colors, interwoven with each other. And at certain intersections or narrow points of these main flows, dense, tangled, dark-colored "nodules" appeared, surrounded by many short, sharp strokes, as if blocked energy was crashing around in all directions. Excellence explained himself, "Um... it's like several... rivers of energy are running... but here, here, and here, there are a few 'big stones' blocking them. The water (energy) can't get through, so it just spins and gets angry there, splashing out a lot of water."

When Evelyn compared Excellence's "Energy Rivers and Stones" drawing with the results of a high-precision traffic flow simulation model running in her background—based on real maps and traffic algorithms—she was deeply shaken. The "congestion points" Excellence pointed out by intuition (the positions of the "big stones" he drew) actually overlapped significantly with the key intersections the simulation model predicted would be most prone to chain-reaction paralysis and total traffic gridlock under extreme commuting pressure!

Although this was only a simulation and Excellence couldn't provide specific intersection names or congestion durations, his intuitive perception ability to bypass complex calculations and point directly to a system's vulnerabilities allowed Evelyn to clearly see the potential feasibility and immense value envisioned by the "bridge" project. This was not just the success of a single training session, but more like a ray of light illuminating a possibility for the road ahead.

Of course, the training process was also filled with comical interludes that only Excellence could create, which also reflected his unique way of thinking.

Once, Evelyn tentatively gave an extremely grand proposition—a systemic description of global climate change (simplified version), including parameters like changes in greenhouse gas concentrations, glacier melting rates, and ocean temperature anomalies. She wanted to see what kind of "feeling" Excellence would have toward a complex system of this scale.

In the end, Excellence pondered for a long time and drew an extremely eerie picture: on the left side were raging flames and crimson, distorted air currents; on the right side were snow-capped glaciers and a blue cold wave; the Earth pattern in the middle appeared to be alternating between hot and cold, with mottled colors. Most strangely, above the Earth, he also drew a sun that was sneezing and spraying bits of light!

He explained seriously, "Mother Earth seems... seems to have a high fever, her forehead is very hot, but she also seems to have fallen into an ice hole at the same time, her feet are very cold. She herself can't tell if she's hot or cold, and it's very uncomfortable. And then Grandpa Sun, he also seems a bit unwell, always sneezing, and the light he sprays out is sometimes more and sometimes less, making Mother Earth even more dizzy..."

This explanation made Su Mu, who was nearby, unable to stop herself from laughing, and Evelyn also shook her head with a wry smile. This was clearly far from any scientific model. However, it vividly embodied Excellence's unique cognitive approach of personifying everything and understanding complex systems through emotions and relationships. This seemingly "unscientific" perspective might sometimes provide a metaphorical insight into a system's "state" that transcends conventional data models.

In this way, under Evelyn's careful design, Su Mu's warm encouragement, and Excellence's own hard work, the boundaries of his ability were constantly expanded through one challenge after another. In a state of being unaware of the full picture, Excellence, relying on his natural curiosity and gradually increasing sense of responsibility, stepped bit by bit into a field he didn't yet fully understand, one concerning the deep laws of complex systems. He didn't know the potential strategic significance behind every "Chaos Mapping"; he only knew he had to work hard to become stronger and more helpful.

And Evelyn was like a pathfinder cautiously groping in the dark, carefully recording every data point and analyzing the patterns behind every success and failure. Her feelings were complex, containing the excitement of a scientist for every one of Excellence's breakthroughs, a heavy sense of ethical responsibility brought by the huge potential of his ability, and a deep concern for his physical and mental health.

This exploration path of the "bridge" has only just begun, and the road ahead is still shrouded in mist. But every solid footprint is accumulating crucial evidence for possible future choices. Growth always happens quietly amidst silent sweat and occasional flashes of inspiration.