The dawn of the "**New Continent**" always arrived precisely at 06:00:00 standard time. It was not a natural phenomenon, but a meticulously calibrated light simulation produced by the orbital mirror system based on global biological rhythm models. The light was soft and uniform, streaming through the polymer wall of Xiuxiu's residence—a material that could change its transparency at will—and spilling onto the spotless floor. The air‑circulation system delivered a constant flow of temperature‑ and humidity‑controlled air carrying a faint botanical fragrance; the nutrient synthesizer stood silently in the corner of the kitchen, ready to instantly prepare a perfect breakfast tailored to her genomic profile and the day's predicted energy expenditure with just a mental command. Material abundance—the phrase had lost its original weight here, for it described not an ideal state but a foundational reality as natural as breathing.
Yet Xiuxiu stood by the window, gazing down at the city below, which operated with the precision of a fine instrument—suspended vehicles gliding silently along invisible magnetic tracks, the vegetation in public green spaces distributed and grown according to optimal aesthetic algorithms, the faces of pedestrians mostly wearing a kind of calm, almost ripple‑free contentment—and she felt an indescribable sluggishness in her heart. It was not fatigue, not anxiety, nor the intense focus—a mixture of pain and exhilaration—that she knew so well from conquering technical challenges. This was… an emptiness. A sense of disorientation that arose after gaining the power, almost godlike, to shape the material world.
She had just finished an exhausting "online administrative meeting." As honorary chair of the lithography division at the **String Light Research Institute** and a member of the "**New Continent**" Supreme Technical Advisory Committee, she had to review and vote on matters ranging from ethical assessments of mineral extraction in some peripheral star region to the classification of public application permissions for the next‑generation "**reality compiler**" derived from Yue'er's field theory. The issues were trivial and sprawling. The participants—including many brilliant young people she had personally mentored—were quick‑thinking, logically clear, and their proposed solutions were often flawless and highly efficient. Yet, in their discussions, the overly perfect rationality, the tendency to frame everything—including emotion, art, even the occasional impulse for adventure—within a computable, optimizable framework, made Xiuxiu feel an inexplicable sense of alienation.
During the meeting, a young sociologist had submitted a report titled "Epidemiological Survey and Intervention Strategy Modeling for 'Meaning Deficiency Syndrome' in Gamma‑7 Sector." Using detailed data and complex neural network simulations, the report pointed out that in regions of the "**New Continent**" where material needs were completely and efficiently met, a new type of social‑psychological syndrome was spreading exponentially. Its primary symptoms were not depression or anger, but a deep motivational exhaustion, a blurring of the sense of value, and existential emptiness. People no longer struggled for survival, resources, or basic security; the roles and responsibilities that traditional social structures had assigned to individuals were also greatly diminished by a highly automated social management system. The result was a peculiar state where "drive overload" and "goal deficiency" coexisted.
The report introduced the concept of "neuroethics" to explain this. It noted that the human brain's reward circuits, motivational systems, and the long‑term planning functions of the prefrontal cortex were shaped over a long evolutionary history and within environments of scarcity. Their underlying algorithms were essentially designed to drive individuals to acquire resources, avoid danger, seek social status, and pursue reproductive opportunities—all to ensure the continuation of genes. When the technological miracles of the "**New Continent**" suddenly removed nearly all the "goals" of this ancient operating system that had run for millions of years—food was effortlessly available, the environment absolutely safe, disease nearly eradicated, and even creative work increasingly assisted or led by AI—the brain's ancient motivational engine suddenly lost its load.
This was like a powerful engine designed to pull heavy loads suddenly being installed in a vehicle with no weight, no friction, and no destination. The engine still roared, but its energy spun idly, and because it had nowhere to be released, it began to generate internal friction, causing system disorder. The report analyzed the brain imaging associated with this state: the reward centers responsible for dopamine secretion became sluggish in response to routine stimuli (such as fine food, entertainment, easily gained social approval), while the default mode network—associated with self‑reference, introspection, and even aimless rumination—was abnormally active, often leading to endless and often fruitless questioning of life's meaning and one's own value. This was the neurobiological basis of "meaning deficiency syndrome"—not pathological damage, but a systemic maladaptation caused by a drastic environmental shift.
"We recommend," the young sociologist concluded in his report, "that through designing more sophisticated 'virtual challenge systems,' introducing controlled 'simulated scarcity environments,' and developing 'cognitive enhancers' to directionally modulate neurotransmitter levels, we recalibrate citizens' motivation levels and optimize their subjective well‑being…"
Xiuxiu closed the holographic projection of the report. A deep sense of helplessness gripped her. Using more sophisticated technology to solve problems created by technology? Using virtual challenges to fill the void of real meaning? Using chemical signals to simulate existential value? This sounded like an infinite recursive loop, a vortex climbing ever upward on smooth walls but never finding an exit.
She thought of her youth. In the Netherlands, facing technological barriers and isolation, the determination born of burning one's bridges; in the early days back home, leading her team to conquer DUV light sources under简陋 conditions, working for over ten hours straight and collapsing in a corner of the lab in her clothes, yet her heart burning with the fierce fire to seize the "jewel in the industrial crown"; even later, facing the power bottleneck of the EUV light source and the maddening precision demands of High NA optical systems, the pain and ecstasy of pushing herself to the limit, grappling head‑on with impossibility… In those moments, material conditions were scarce, pressure immense, the future uncertain, but every cell of her being was filled with tension, her life's pulse strong and clear. She was fighting for a concrete goal, a mission beyond personal interest, a clearly defined place where she was "needed."
And now? The "**New Continent**" was like a garden built too perfectly—temperature comfortable, light even, no weeds, no storms. She, and many like her, had gone from being diligent gardeners to… carefully tended ornamental plants? Even the value of being ornamental was fading, as AI and automated systems could maintain the garden's operations more efficiently.
Her decision to resign from all administrative positions might have seemed incomprehensible to others. Those positions represented status and influence that countless people spent their lives striving for. But when she submitted her resignation, all she felt was a lightness, as if freed from shackles. Those meetings, reports, and votes, in her eyes, were more like internal management processes of this perfect garden, not genuine creation and exploration.
She needed to find real "friction." She needed to feel the cold, rough, imperfect reality honing her will. She needed to reconfirm that she was needed by the real world, not merely a high‑level component in a well‑functioning system.
Her gaze turned toward Earth. That "old world" which their generation had once fought desperately to save and which was now slowly being rebuilt. Although the technology of the "**New Continent**" had long since spilled over to help restore ecosystems and purify the environment, there were still vast areas on Earth severely eroded by legacy pollution. These regions had complex environments with numerous variables; automated systems often operated inefficiently at high cost, requiring large numbers of humans with high‑level problem‑solving skills and tenacious will to engage in semi‑autonomous, creative restoration work. There lay untamed nature, genuine difficulties, concrete problems concerning the living environment of others that urgently needed solutions.
She formed the "**Challenger Alliance**." There was no grand declaration, no complex organizational structure. She simply issued a simple proposal in a few core communities—composed of former engineers, scientists, and even some artists weary of their existing lives—to temporarily leave the comfort zone of the "**New Continent**," voluntarily go to Earth's heavily polluted areas, personally participate in reconstruction work, use their hands and minds to confront and solve real‑world problems, and seek a kind of "happiness of being needed."
The response was unexpectedly large. Not everyone could understand her deeper motivations; some may have been driven by curiosity, others by a taste for adventure, but indeed, many had a gleam in their eyes similar to hers—a longing for real challenges, for tangible meaning.
At this moment, Xiuxiu stood at the staging ground for the first batch of "**Challenger Alliance**" volunteers: an outpost on the edge of a wasteland that had once been a heavily polluted industrial zone, where only preliminary soil solidification had been completed. The air still faintly carried the acrid smell of chemical contaminants, far from the purity of the "**New Continent**." The wind blew, raising fine dust that might still contain trace amounts of heavy metals. The ground beneath her feet was compacted and lifeless. The temporary living modules were simple and practical, a world apart from the living experience of the "**New Continent**."
Dozens of volunteers gathered around her, of varying ages and backgrounds. There was a former nanomaterials expert carefully adjusting custom‑designed microbial cultures to adsorb specific soil pollutants; an energy systems engineer checking the stability of a micro‑grid powered independently by wind and solar—there was no seamless energy support from the **String Light Cloud Brain** here; and even a behavioral ecologist planning how to reintroduce and monitor pioneer species in this dead land.
Xiuxiu made no inspirational speech. She simply put on a basic field operations suit, picked up a geological sampling tool, and nodded to the group. "We'll start with Grid Three in the East District. The pollutant composition there is most complex, and the historical data is most incomplete. We need to conduct field surveys, rebuild models, and find the most efficient and sustainable path for purification. There's no ready‑made plan; every step may encounter unexpected situations."
She took the lead toward that barren land, her footsteps on the hard ground making a solid, tangible sound. The wind blew through her hair, carrying a roughness of dust. The sunlight fell without obstruction, somewhat scorching. All these sensory stimuli were so primal, so real.
The work was filled with setbacks. A sampling drill bit snapped when it hit an unknown hardened sediment layer; an unexpected downpour disrupted the planned schedule for spraying purifying agents, instead potentially causing pollutant migration; the initially cultivated degrading microbes died in large numbers in the actual field environment, for unknown reasons…
Yet in these continuous, small, concrete difficulties, Xiuxiu felt a strange vitality. Her mind raced, not processing abstract data and models, but adjusting strategies based on direct observation, touch, and continuous trial and error. She and the volunteers debated late into the night at makeshift workbenches, their hands covered in soil and grease; they shared simple food under the starlight, discussing new methods to try the next day; when they finally found a local strain of bacteria capable of effectively breaking down a stubborn pollutant, the pure, heartfelt joy made her feel as if she were back years ago, in the moment she first saw the light emerge from the DUV lithography machine.
This was a "happiness of being needed." This land needed to be purified; its ecosystem needed to be rebuilt; her fellow volunteers needed each other's support and expertise. Her presence, her skills, her decisions directly and tangibly influenced the course of reality, creating visible change. This sense of value could not be replaced by any virtual achievement or optimization metric within a system.
One evening, Xiuxiu stood alone on a slope where the first phase of purification had just been completed, and scattered green shoots were beginning to emerge. The setting sun stretched her shadow long; in the distance, the massive, pearl‑like structure of the "**New Continent**" gleamed in orbit. Two worlds, two states of existence, formed a stark contrast before her eyes.
She opened her personal terminal and briefly recorded the day's progress and problems encountered. At the end of the entry, she uncharacteristically added a personal reflection:
"'**New Continent**' has solved the problem of survival, but it poses the problem of existence. We can simulate challenges, but we cannot simulate 'necessity'; we can optimize happiness, but we struggle to define 'meaning.' Perhaps deep in human nature, there will always be a need for land not fully tamed, a goal worth striving for with hardship, and an unmistakable sense of 'being needed.' True happiness may stem not from the satisfaction of desires, but from the moment we confirm our own strength and value through friction with the real world. Here, we are covered in soil, breathing air not yet pure, and every difficulty we face is so concrete… But it is precisely here that I once again hear the strong, clear pulse of life."
She closed the terminal and looked toward the distant "**New Continent**" with a complex gaze. She knew that perfect garden was the pinnacle of human intelligence, a miracle of civilization. But she was equally certain that this challenging, reborn wilderness held irreplaceable value for healing "meaning deficiency syndrome" and awakening souls that had fallen asleep in comfort. Technology could create paradise, but perhaps it was only in confronting the imperfections of the real world and striving to make them better that humans could find their own complete meaning. This path was destined to be arduous, strewn with thorns, but every step was taken on solid ground.