从假设开始。
以方程、数据与边界推进。
Begin with a hypothesis.
Proceed through equations, data and limits.
UFT Labs 以状态场与物质质量之间的耦合作为研究入口。当前成果覆盖最小模型的建立、六项可复算计算、稳定性分析，以及一套改进的 V3 质量函数和势能。
UFT Labs studies the coupling between a state field and matter’s mass. The current record includes a minimal model, six reproducible calculations, a stability analysis, and an improved V3 mass function and potential.
让普通态稳定，
保留零质量分支。
Stabilize the ordinary state.
Retain a massless branch.
将普通态设计为质量耦合的局部极小值，消除普通态的一阶标量源；高密度下的回复刚度保持为正。
The ordinary state is a local minimum of the mass coupling, eliminating its linear scalar source and retaining positive restoring stiffness in matter.
局部稳定、实验退耦与端点机制需要分别检验。
Local stability, experimental decoupling and endpoint dynamics require distinct tests.
研究记录Research record
沿着问题与修正，阅读整个研究过程。
Follow the questions, calculations and revisions.
阶段性研究论文
Phase I–VI research paper
六项基础计算：状态边界、弱场响应、转换与守恒。
Six foundational calculations covering boundaries, weak response, conversion and conservation.
稳定性与转换收支
Stability and conversion accounting
区分状态场稳定、物质聚集与有限区域；闭合转换收支。
Distinguishing field stability, matter clustering and finite regions, with conversion accounting.
质量耦合与势能 V3
Mass coupling and potential V3
普通态退耦、有限零质量分支与真实 DESI BAO 检验。
Ordinary-state decoupling, finite massless branches and an actual DESI BAO test.
真实数据。
明确检验范围。
Actual data.
An explicit scope of inference.
DESI DR2 的完整协方差拟合检验了与 ΛCDM 相同的普通态背景。这并不证明新场存在，也不代表 CMB、超新星与结构形成的联合检验已经完成。
The DESI DR2 full-covariance fit tests the ordinary-state background, which matches ΛCDM. It neither establishes the new field nor completes a joint CMB, supernova and structure test.
每个推论，
都应该保留它的成立条件。
Every inference should retain
the conditions under which it holds.
开放研究记录，提供数据来源，并标明尚未解决的问题。
An open research record with data provenance and clearly identified unresolved questions.