The storm warning had already sounded—no longer distant thunder, but churning, city‑pressing clouds massing at the horizon. Yet in the brief interval before the storm truly descends, an unusual calm envelops the three distinct cores. This isn't the stillness of slackness, but the ultimate focus that gathers all strength and will into a single point—like a bowstring drawn taut, a blade unsheathed. The grand narrative of Volume One is about to mark its first pause in this moment of poised readiness, and the themes that have run throughout—"string," "light," "code"—now complete their initial intertwining, like the primordial forces beginning to separate and shape all things after the cosmic Big Bang.
**Shanghai Tower, Trading Room.**
Time seems compressed into solidity; only the low hum of server cooling fans proves this world still operates. On the ring of screens, the once‑smoothly‑flowing torrent of capital data is now overlaid with a complex, translucent defensive network. Countless newly‑constructed algorithm‑links light up like neural bundles, monitoring the deepest micro‑perturbations in order books, analyzing abnormal cross‑market fund flows, simulating stress scenarios under dozens of potential sniper tactics. Mozi sits at the core of this digital fortification, eyes cold as scalpels, fingertips dancing across virtual keyboards at near‑blur speeds.
He hasn't chosen passive defense. After preliminary judgment of the opponent's likely "joint‑pool operation" and "cornering" strategies, he activated the model's "War Mode." Vast computing power is no longer mainly used to seek Alpha, but redirected to building a multi‑dimensional **dynamic anti‑fragile system**.
Secretly, through hundreds of offshore anonymous entities, he establishes reverse‑hedge positions and liquidity reserves in derivative and spot markets not yet noticed by opponents but highly correlated with core holdings—like laying hidden minefields and reserve troops beyond the main position.
He enhances "market‑sentiment factor" monitoring, deploying algorithms specifically identifying false‑information and malicious‑narrative attacks; once detecting organized attempts to influence sentiment toward specific assets, the system immediately flags and assesses potential impact.
He even mobilizes early‑deployed "listening nodes" deeply embedded within global major trading systems; these nodes don't execute trades, only capture subtle signal‑patterns hidden beneath normal transaction flows—hinting coordinated actions.
The entire trading room transforms into a silent fortress of war. Mozi knows he faces an asymmetric financial over‑limit war. The opponent is in shadows, capital‑rich, methods seasoned. But he possesses weapons they cannot fully comprehend: that adaptive model fused with Yue'er's mathematical wisdom, possessing rudimentary "intuition" and "anti‑fragile" traits, plus his own combat will forged through countless market cycles, almost instinctive. Capital's "code," in this moment, ceases to be mere profit‑seeking rules; it becomes command‑sets for guarding and counterattacking. He's ready to meet the inevitably brutal first impact.
**Princeton, Study.**
Unlike the cold, digital tension of Shanghai's trading room, the air here brims with intellectual heat and textual gun‑smoke. Yue'er sits at her desk again submerged in draft papers, back straight, gaze sharp. Outside are familiar campus scenes, but her mind has pierced through the fog of skepticism, arriving at clearer, yet more‑need‑defending territory.
External skepticism—those sharp, pinpoint criticisms—hasn't broken her; instead, like the finest whetstone, it's honed her theory's edge sharper. She no longer sees them as mere attacks, but as valuable "negative‑feedback" information pushing theoretical refinement.
On the desk lie not a single preprint but over a dozen printed‑out challenge emails and forum‑comment excerpts, densely annotated with her notes, rebuttal threads, and deeper literature references. What she's drafting isn't a simple reply article but a grander, more foundational paper: "**On the Core Role of Generalized Lifting Functors in Connecting Computational Complexity and Automorphic Representations, and Its Implications for the P/NP Problem.**"
In this new paper, with astonishing rigor and courage, she confronts all core doubts head‑on. She re‑examines and strictly formalizes the categorical definition of "generalized lifting functor," supplements previously omitted detailed discussions on connectivity and sheaf cohomology, making it no longer merely a heuristic metaphor. She elaborately argues its compatibility with classical Langlands correspondence, filling previous "gaps" by introducing new homological‑algebra tools. She even opens new sections specifically discussing deep connections and potential conflicts between her geometrical framework and classical complexity theory (like polynomial hierarchy, circuit complexity), attempting to build a broader, more stable bridge.
This is a process of turning passivity into initiative. She no longer merely defends; using skepticism as foundation stones, she constructs her theoretical edifice more magnificently, more impregnably. Mathematics' "string," in this moment, ceases to be an abstract melody of solitary exploration; it becomes a strong note responding to the world, building truth‑systems. She knows once this paper is complete, it will stir waves larger than the preprint's—but she fears nothing. Truth, precisely through such collisions and tempering, shines its radiance ever brighter.
**Lithography R&D Base, Chief Engineer's Office.**
A hope entirely different from the financial battlefield or academic debate—dense, solid—gestates here. Xiuxiu stands before the office's huge project‑progress chart, holding a document just delivered, stamped with the bright‑red seal of the nation's most‑core science‑technology administration. The document formally confirms her EUV lithography prototype R&D project is included in the new phase of "National Major Science‑Technology Special Projects," receiving unprecedented, stable, powerful funding and policy support.
This isn't merely capital infusion, but an embodiment of national will—the highest affirmation of her and her team's past efforts, and a solemn entrustment for scaling higher peaks. On the project‑progress chart, the node representing EUV‑prototype verification is already marked with eye‑catching green "completed," while a more grandiose blue dotted line—pointing toward "next‑generation high‑NA EUV lithography machines" and "exploration beyond silicon‑based technologies"—extends forcefully from that node, reaching toward distant futures.
She walks to the observation window, gazing at the distant cleanroom housing the prototype. Inside, the team is intensively conducting stability testing and process‑parameter optimization, preparing for next‑step true mass‑production verification. Technology's "light," in this moment, ceases to be merely breakthrough dawn in labs; it's endowed with national expectations, soon becoming vast power driving industrial transformation, illuminating the path of technological self‑reliance and strength. She feels the burden on her shoulders heavier, but the road beneath her feet has never been so clear and solid.
**Epilogue: Starlight and Prelude**