The universe is a statistics textbook that is vast to the limit. In the margin of this textbook, there is a microscopic variable marked as “Wangguiren”. Her appearance is not a story, but a spontaneous symmetry breaking: when the player observes her, her wave function collapses into a computable material matrix. If you really want this variable to complete the transition from Lv0 to Lv80, you must invest enough organizational energy into the entropy sea – those discrete energy level fragments called “eternal sprouts” and “overheated steel blades”.
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### 1. Breakthrough: Transition path from ground state to high excited state
In the quantum tunneling image, the character level is a layer of potential barriers. Wangguiren’s potential well is composed of three groups of isotope level systems:
| Potential barrier level | Required energy package (material) |
| —- | ————– |
| Low potential well | Yongshou sprout ×15 |
| Middle potential well | Yongshou Tianhua ×15 |
| High potential well | Yongshou Rongzhi ×15 |
| Potential barrier catalyst | Superheated steel blade ×65 |
| Entropy compensation | Credit points 3.08 × 10⁵ |
Every time you put in a material package, the system completes a perturbation correction of the wave function, causing her energy level to jump to the next stable state; after six iterations, the macroscopic stable phase of level 80 is obtained.
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### 2. Traces: Matrix recalibration of intrinsic operators
If the breakthrough is to change the outer shell energy level, the trace is to refine the eigenvalue of the intrinsic operator. Her four operators – general attack, combat skills, finishing, talent – are mapped to four Lagrangian trajectories, each requiring a different coupling constant:
“`
∑(ΔE) ≈
12 × Regret + 18 × Blazing Passion + 69 × Spark +
139 × Burning Heaven + 58 × Heavenly Flower + 56 × Rongzhi +
41 × Young Bud + 8 × Footprint + 3 × 10⁶ Credit Points
“`
Each term in the formula is a fine-tuning of the Hamiltonian. In the end, her output wave packet will evolve from the original single-peak distribution to a multi-peak superposition, with both burst and endurance dual states.
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### 3. Attribute Node: Differential Repair of Quaternion Tensor
In addition to the explicit damage operator, Wangguiren also hides several attribute nodes – life, attack, defense and speed. They are constraints to maintain system conservation. Each time you upgrade a level, you drop a small delta function into the free energy; these deltas accumulate to ensure that she still does not collapse into a Bose condensate under extreme conditions, but maintains the personal boundary of the Fermi steady state.
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### 4. Light cone: quantum well enhancement of “long road leads to a return”
When a weapon is named “Return”, it semantically completes the closure of the periodic boundary condition. To make the light cone resonate with the wave function of the Forgotten Returner, Dirac delta coupling is required again:
* Blazing Spirit ×4
* Spark Essence ×12
* Burning Sky Demon ×15
* Eternal Life Bud ×20
* Eternal Life Heaven Flower ×20
* Eternal Life Glory Branch ×14
* Credit Points 3.85 × 10⁴
In this way, a new forbidden band crack will appear in her total energy band – a cliff for the enemy and a shortcut for her.
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### 5. Material Convergence Algorithm: From Random Walk to Deterministic Convergence
1. **Determine the target matrix**: List all quantity vectors M.
2. **Minimum dissipation path**: Prioritize the copy interval with the highest drop rate, simplifying material collection to partial Brownian motion.
3. **Treabar capital injection**: Use macro credit points to fill micro gaps and reduce entropy leakage.
4. **Batch synthesis**: Avoid energy dissipation caused by multiple collapses.
5. **Check residual**: Confirm Σ(material) = M before entering the next experimental cycle.
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### 6. Conclusion: Entropy increase is eternal, but the way back may not be
You think you are developing a character, but you are actually writing a miniature history of the universe. Every upgrade of the Forgotten Returner slightly increases the entropy value of the system, and what you leave for yourself is just another question about the word “way back” – can all dissipation eventually condense into a home? Or will everything eventually dissolve into a larger entropy sea?
No one can answer. But you still gather the materials bit by bit, like the silent accretion disk at the edge of a star; perhaps it is this unthinking convergence that allows you to gain a tiny but real sense of certainty in the macroscopic desolation.