模型内推导
Derived within a model
在明确假设与边界条件下，由方程得到的结果。
A result derived from equations under stated assumptions and boundary conditions.
UFT Labs 是本研究项目的公开署名。项目从提供的统一场论与人工场材料出发，围绕四项核心命题进行数学重构、计算与一致性检验。
UFT Labs is the public attribution for this research project. It begins with supplied unified-field and artificial-field manuscripts and develops mathematical reconstructions, calculations and consistency tests around four core propositions.
网站不宣称拥有已验证的反重力装置，也不把理论演示写成实验发现。原始概念材料提供研究动机，不能替代证据。
This website does not claim a validated antigravity device or describe theoretical demonstrations as experimental discoveries. The source manuscripts motivate the research; they do not substitute for evidence.
研究的三种状态
Three levels of research status
条件性机制
Conditional mechanism
具备候选方程，但参数、初值或观测检验尚不完整。
A mechanism with candidate equations but incomplete parameters, initial conditions or observational tests.
开放问题
Open question
仍缺少足以产生目标结果的闭合机制。
A target for which an adequate closed mechanism is still missing.
08
重大问题：解释到哪里了Major questions: how far does the framework reach?
重大问题：解释到哪里了
Major questions: how far does the framework reach?
覆盖问题不等于解决问题；每个机制都需要自己的判定标准。
Covering a question does not solve it; each mechanism needs its own test.
条件性机制
Conditional mechanism
暗物质
Dark matter
状态场小振幅振荡可平均呈现尘埃行为。丰度、聚集与寿命尚待计算；V3 基准仍包含通常的冷暗物质。
Small scalar oscillations can average to dust-like behavior. Abundance, clustering and lifetime remain to be calculated; the V3 benchmark still includes ordinary cold dark matter.
基线输入
Baseline input
暗能量
Dark energy
V3 将 ρΛ 与转换势垒分开，消除了强制共用能标的冲突，但没有解释宇宙学常数为何很小。
V3 separates ρΛ from the conversion barrier, removing a forced scale identification, but does not explain why the cosmological constant is small.
开放问题
Open question
量子现象与粒子谱
Quantum phenomena and particle spectra
四项命题尚未导出 Born 规则、费米子自旋、规范荷、质量谱或微中子混合。
The four propositions have not derived the Born rule, fermion spin, gauge charges, mass spectra or neutrino mixing.
开放问题
Open question
黑洞与宇宙起源
Black holes and cosmic origins
经典场方程尚未解决黑洞信息、量子引力、初始低熵或宇宙最初边界。
The classical field equations do not solve black-hole information, quantum gravity, initial low entropy or the earliest cosmic boundary.
尚无闭合方案
No closed solution yet
宏观飞行与结构
Macroscopic flight and structure
点粒子零质量传播不证明整机总质量归零。方向锁定、稳定状态舱与束缚结构是关键缺口。
Massless point-particle propagation does not establish zero total spacecraft mass. Alignment, stable state regions and bound structure remain key gaps.
需重新检验
Further checks required
量子修正与自然性
Quantum corrections and naturalness
偶对称能保护普通态斜率，却不能自动保护精确零质量端点、真空能或所有高阶耦合。
Even symmetry can protect the ordinary-state slope, but not automatically the exact massless endpoint, vacuum energy or every higher-order coupling.
组成粒子的静止质量归零，不保证系统总不变质量归零。内部运动、结合能、控制场和边界能量都要进入同一个总能量动量。
Zero constituent rest masses do not guarantee zero total invariant mass. Internal motion, binding, control fields and boundary energy all enter the same total energy–momentum.
09
下一步，什么结果才算进展What would count as the next advance?
下一步，什么结果才算进展
What would count as the next advance?
让每一步减少自由度，并把模型置于可失败的检验之下。
Each step should reduce freedom and expose the model to tests it could fail.
网站与隐私
Website & privacy
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This site sets no analytics trackers, advertising trackers or user accounts. Language preference is stored only in your browser’s local storage. Cloudflare, as hosting provider, may process request and security logs needed to operate the service.