SGT-PAPER-012 V1.3 · 宪法基准 V3.9.0 · 2026年6月2日
SGT-PAPER-012 V1.3 · Technical Baseline V3.9.0 · June 2, 2026
空能引力理论
Spatial Pressure Gravitational Theory (SGT, Kong-Neng Gravity)
从空间弹性响应理解引力
Gravity from Elastic Response of Space
真空并非空无，而是由连续弹性介质「空能」填充。物质撑开介质，张力梯度即引力——从星系旋转到宇宙大爆炸，一套方程、两个参数，全场景闭合。
Vacuum is not empty but filled by a continuous elastic medium, the “Kong-Neng” medium. Matter stretches the medium; a tension gradient is gravity itself — one equation set, two parameters, a unified framework across weak-field, strong-field, and cosmological regimes, from galactic rotation to the Big Bang.
三大核心优势
Three Core Advantages
全场景数学闭合
一套方程，两个参数，从星系旋转到宇宙爆炸。
弱场自动给出 MOND 行为，中等场强恢复 GR，强场自动屏蔽引力。SGT 的数学在边界上是「长出来的」，不是「接上去的」。
奇点消除定理
在理论失效处给出有限答案。
黑洞中 Crr 发散锁定 f≤1；宇宙学中 f(0)=1⟺H(0)<∞。同一机制统一消除黑洞与宇宙学奇点。
可检验预言
具有明确数值与探测器对应，可被独立检验，而非事后可调参数解释。
ISCO、回声时延、CMB 标量谱低 ℓ 抑制均为场方程必然输出，构成对 SGT 的判定性检验；可在 Athena、第三代引力波探测器与 CMB-S4 上获得独立验证。
Full-Scenario Mathematical Closure
One equation set, two parameters — from galactic rotation to the Big Bang.
In the weak-field regime, MOND behavior emerges automatically; in the intermediate regime, GR is recovered; in the strong-field regime, strong-field regions exhibit self-screening behavior. SGT’s mathematical structure emerges naturally at the boundaries rather than being imposed externally.
Singularity Elimination Theorem(s)
Finite answers where other theories fail.
In black holes, the divergence of Crr locks f≤1; in cosmology, f(0)=1 if and only if H(0)<∞. A single unified mechanism governs both regimes.
Testable Predictions
Quantitative, instrument-mapped forecasts subject to independent verification or exclusion—not post-hoc fits with adjustable parameters.
ISCO, echo delay, and low-ℓ scalar suppression are necessary outputs of the field equations and constitute decisive tests of SGT; independent verification is expected with Athena, third-generation GW detectors, and CMB-S4.
SGT 与 GR 关键差异
Key Differences Between SGT and GR
原创方案 · 可执行验证系统
零知识学术验证 ZKAV
业内首个跨理论任务式学术验证机制——科研机构发起物理问题，SGT 在不公开内部推导的前提下独立计算并交付可观测结果；发起方复算对比，以可复算结果作为唯一判据。
- 不依赖理论内部推导公开
- 全流程可追溯任务链
- 任务邮箱：zhijundi@qq.com
- ZKAV 论文（剑桥开放 Engage）：剑桥 DOI 10.33774/coe-2026-gl5pv
任务发起 → 任务确认 → 独立计算 → 结果交付 → 发起方验算 → 验算回执
Original Protocol · Executable Verification
Zero-Knowledge Academic Verification ZKAV
The first cross-theory task-based academic verification mechanism in the field — institutions submit physics problems; SGT computes independently without disclosing internal derivations and delivers observable outputs; the institution reproduces and benchmarks results, with reproducible outputs as the sole criterion.
- No requirement to disclose internal derivations
- Fully traceable task chain
- Task mailbox: zhijundi@qq.com
- ZKAV paper (Cambridge Open Engage): Cambridge DOI 10.33774/coe-2026-gl5pv
Submit → Confirm → Compute → Deliver → Verify → Receipt
宇宙学演化链
Cosmological Evolution Chain (Early Universe)
H 有限
χ 上升
无慢滚暴胀
标准膨胀
H finite
χ increases
no slow-roll inflation
standard expansion
理论概要
Theory Overview
SGT 不否定广义相对论，而是为其提供弹性介质力学本体。在 GR 已验证领域严格一致，在强场黑洞、宇宙极早期与致密双星等 GR 沉默或未覆盖领域给出独有、可检验的答案。弹性响应层第一原理闭合，36 项核心审计中 24 项负债已清偿。
SGT does not negate General Relativity; rather, it provides a mechanical ontology grounded in an elastic medium. It is in strict agreement with observations where GR has been verified, and yields unique, testable predictions in strong-field black holes, the early universe, and compact binaries — regimes where current gravitational theories leave open questions. The elastic response layer is closed from first principles; 24 of 36 major theoretical issues have been resolved.
均匀张力无引力，有梯度的张力就是引力本身。
Uniform tension yields no gravity; a tension gradient is gravity itself.
— SGT 物理图像
— SGT Physical Picture