Zhang Qingrui's Perspective: Phase Cities – The Resonant World of Crystal Democracy

In the year 2189, inside a building in Taipei City scheduled for demolition, seventeen-year-old Zhang Weiwei accidentally opened a dusty pull-out hard drive left behind in his great-grandmother’s old drawer. The hard drive contained no photos, no diaries—only a single file named “A Letter to the Future.docx.”

He opened it on his great-grandmother’s outdated computer and saw the name “Zhang Qingrui,” along with unfamiliar terms like “crystal politics” and “wave-particle dual democracy.” “Another utopian dreamer from the last century,” he thought. But out of curiosity, he kept reading. When he reached the sentence, “It is the cracks that let the light in,” he paused.

Because just yesterday, his city—more precisely, the West Pacific Autonomous Alliance Zone—had completed an online “phase referendum.” It wasn’t just a yes-or-no vote; it truly was a “phase referendum.” This was as natural to him as breathing air, something he had taken for granted since birth. He had never questioned where this system came from, nor had he known that people once only voted yes or no.

Yet this letter told him that nearly 160 years earlier, someone had used a physical metaphor to faintly foresee it all.

Zhang Weiwei forwarded the letter to his classmates—or more precisely, to the network “consensus node” of their class. Five seconds later, 14 out of 17 classmates marked “interested,” two marked “read,” and one marked “needs discussion.” Since the proportion of “interested” responses was high, the system automatically pushed the letter into the “campus resonance pool.” It didn’t cause a major ripple, but it wasn’t buried either.

This was the daily reality of a phase city: every piece of information had its influence spectrum, every faint wave of interest was recorded. No one needed to shout, and no one was forced to listen.

Zhang Weiwei had nearly forgotten about the letter, but three days later, his “phase wallet” suddenly received 0.3 units of “resonance积分.” It came from a complete stranger. The attached message read: “Thank you for forwarding that letter. I used it to convince my professor and successfully graduated.”

It took Zhang Weiwei two days to piece together what had happened behind that message.

It turned out that after he forwarded the letter to the campus resonance pool, it was seen by a graduate student in sociology. The student was working on a thesis about the “evolutionary path of 21st-century democratic systems” and found the letter to be a rare “early metaphorical evidence.” He included it in his thesis references. After the thesis passed its defense, the system automatically allocated one-thousandth of the thesis’s resonance积分 to the original contributors—himself, his advisor, key interviewees from the research sample, and Zhang Weiwei, as the “source of the document.”

0.3积分 was roughly equivalent to the score Zhang Weiwei earned from browsing information for an hour. It wasn’t much, but it was meaningful. The meaning wasn’t in the积分 itself—积分 couldn’t buy bread or pay tuition. Its sole function was to serve as a “phase weight” in collective decision-making, allowing you to amplify your voice on issues you truly cared about.

In a phase city, every citizen had equal “basic speaking rights,” akin to an innate “baseline amplitude.” But if you regularly contributed information, participated seriously in discussions, and helped others understand complex issues, your accumulated resonance积分 would be higher. When you truly cared about something and invested积分, those积分 would transform into “additional coherent superposition weight,” amplifying the amplitude of your voice.

Your opinion would be “heard” by more people—not by force, but because your views constructively interfered with like-minded waveforms during consensus formation.

Zhang Weiwei remembered his great-grandmother once telling him that in her youth, a popular phrase online was: “Everyone has the right to speak, but no one has the obligation to listen.” The phase city solved this simply: your probability of being heard was roughly proportional to your history of listening to others.

Zhang Weiwei decided to seek out the sociology graduate student—not just for the 0.3积分, but because he suddenly realized he was living in a phase society he didn’t truly understand.

The student’s name was Chen Lingyi, five years older than Zhang Weiwei, with messy long hair and a lab piled high with paper documents from the old era. When they met, Zhang Weiwei first showed Chen Lingyi the letter he had found. When Chen saw the letter, his eyes lit up. “Zhang Qingrui? Isn’t that the interdisciplinary physicist who proposed crystal politics? I read his papers in grad school—he reimagined democracy not as a confrontational ‘particle’ game, but as a resonant symphony of ‘waves.’”

“Oh! You’re also surnamed Zhang?” Chen pushed aside a stack of files, staring intently at Zhang Weiwei. “Did you know? The ‘quadratic voting,’ ‘AI spectrum analysis,’ and ‘blockchain immutability’ mentioned in your great-grandmother’s letter—all were real technological concepts from the early 21st century. But back then, people dismissed them as impractical ‘science fiction.’”

“And now?” Zhang Weiwei asked.

“Now?” Chen smiled. “Now these things are as natural as breathing. You don’t need to know how they were created, but you live within them every day.” He pulled up a screen on the wall, displaying a map-like image. It resembled a weather map, but instead of pressure and wind direction, it showed waves of varying colors covering the city’s outline.

“This is today’s Taipei City democratic phase map,” Chen said. “Each color represents a public issue—education budget, river management, tech ethics review, community park maintenance. Every citizen is a wave source. When you invest your phase weight in an issue you care about, you create constructive interference with like-minded people, forming higher peaks. When you disagree, destructive interference occurs, potentially forming standing waves—a stable tension indicating the issue is still under discussion, with no consensus yet.”

“But the operation of a phase city isn’t fixed to one state. It undergoes phase transitions based on the number of interested people.” Chen switched the screen. “See this switching mechanism? When an issue affects fewer people than a threshold, the system automatically shifts to ‘gaseous’—like your class deciding what to eat for lunch, no phase weight needed. But when an issue involves the whole school, district, or globe, the system automatically enters ‘crystalline’—like what we’re discussing now. And if war or a large-scale disaster occurs, the system activates ‘macro-molecular clusters,’ temporarily freezing parts of the phase mechanism to prioritize collective interest and efficiency.”

“So the same system can simultaneously accommodate three different operational logics?”

“Yes. Like water can be solid, liquid, or gas depending on temperature. The ‘temperature’ of a phase city is the scale and urgency of the issue.” Chen’s expression turned serious. “The flaw of pre-21st-century democracy was applying the same rigid structure to all issues regardless of scale—resulting in either collective suffocation or extreme disorder. Today, dynamic phase transitions create the most stable governance.”

“What if consensus is never reached?” Zhang Weiwei asked.

“Good question.” Chen zoomed in on a section. “See here? This issue has been a standing wave for five years. The topic: should old district buildings be preserved in their original form or allowed modern renovations? Neither side can convince the other. Under 20th-century democracy, such deadlocks had only two outcomes: a majority decision imposed, leaving minorities resentful for life; or permanent stagnation, letting the problem grow too complex to solve. But in today’s phase city, we have a mechanism: when a standing wave exceeds a five-year threshold, the system automatically triggers a ‘deep deliberation cycle’—each side appoints representatives who, with AI spectrum analysis, engage in six months of face-to-face discussion. The goal isn’t to persuade, but to find a solution that meets both sides’ ‘minimum phase requirements.’”

“Can such a solution be found?”

“It already has—approved just days ago. The solution: preserve all historical building facades, allow modern renovations to internal structures, permit a 30% increase in floor area after renovation, but require at least 30% of the space to be reserved as public cultural facilities.” Chen shrugged. “No one is fully satisfied, but both sides feel it’s ‘barely acceptable,’ so this standing wave will disappear next week.”

Zhang Weiwei stared at the phase map and suddenly asked a question that surprised even himself: “Is all of this… too exhausting?”

Chen looked at him and didn’t answer immediately.

“You mean, constantly participating in public affairs is tiring?”

“It’s not just tiring,” Zhang Weiwei thought. “When I read that letter, one passage stood out. Zhang Qingrui wrote: ‘Particle democracy is good at preventing the worst outcomes, but bad at creating the best possibilities.’ I thought about it.