Spatial Pressure Gravitational Theory — Public Disclosure of Technical Anchors

Spatial Pressure Gravitational Theory — Full Technical Anchor Public Disclosure v1.0 An effective gravitational theory takes continuous elastic medium as its core physical foundation: matter corresponds to localized defects inside this medium, while gravity originates from tension gradients produced by medium stretching. Constructed with merely two independent free parameters, the framework consistently explains gravitational effects spanning galactic rotation behaviors all the way back to the early cosmological Big Bang epoch.Released following the rules of Intellectual Property Spacetime Proof Protocol (IPSTP v1.0), this paper secures all core theoretical benchmarks of SGT using the standard A/B/C three-tier disclosure setup. The theory’s exclusive theoretical signature consists of 78 defined technical anchors split into basic assumptions, constraint relations and deduced results, which spread across nine core research fields ranging from foundational theoretical construction and Lagrangian field analysis to black hole models, early universe cosmology, compact binary evolution and measurable observational forecasts.Multiple core physical indicators calculated in this work deviate noticeably from classic general relativity, covering black hole structural parameters, thermodynamic properties, early cosmic expansion parameters and orbital attenuation coefficients, alongside dozens of independent computed results. Meanwhile, the theory puts forward concrete testable predictions designed for next-generation mainstream astronomical facilities, spanning X-ray space observatories, ground-based third-generation gravitational-wave detectors, CMB survey projects and space-borne gravitational-wave detection missions.The manuscript completes IPSTP Tier 3 top-level evidence certification through standard spatiotemporal dual anchoring: document integrity locked by SHA-256 hash, formal RFC3161 trusted timestamp for time certification and permanent archived record on Zenodo with unique DOI, constituting a legally recognizable Verifiable Disclosure Event (VDE). In accordance with protocol clauses, all Layer C underlying implementation data is kept as confidential trade secret and can only be decrypted under legally regulated conditions. SGT空能引力理论——全量技术锚点公开文件 v1.0 以真空连续弹性介质为本体的有效引力理论。物质是介质中的局域缺陷,引力是介质被撑开后产生的张力梯度。理论仅含2个独立参数,覆盖从星系旋转曲线到宇宙大爆炸的全部引力场景。 本文件依据知识产权时空证明协议(IPSTP v1.0)编制,通过三层剥离结构(A/B/C层)将SGT的全部理论锚点进行正式公开锁定。78项技术锚点——13项条件、35项约束、30项结论——构成SGT理论不可拆分的理论指纹,覆盖基础理论、拉格朗日场论、球对称黑洞、旋转黑洞、原初宇宙与奇点消除、宇宙学线性扰动与CMB、致密双星动力学、引力结构稳定性、可检验观测预言共9个理论板块。 核心结论包括:ISCO=4.23M(GR=6.00M)、视界半径=1.6673M、Hawking温度比=0.866×T_H^GR、初始哈勃常数=1.023×10⁻¹、ISCO旋转系数C1=-0.466(抑制86%)等30项精确数值。可检验预言覆盖Athena X射线望远镜(Fe Kα红翼偏移500-900 eV)、3G引力波探测器(回声时延~14.3M)、CMB-S4(标量谱低ℓ抑制)、LISA(ISCO旋转抑制)等下一代天文观测设备。 本次发布已完成IPSTP v1.0三级最高保全级的时空双锚定:SHA-256哈希固化(空间锚定)+ TSA.cn可信时间戳(时间锚定)+ Zenodo永久归档DOI,构成完整的可验证披露事件(VDE)。Layer C(实现源码层)依协议作为商业秘密保留,仅在司法取证、行政调查或作者书面授权等法定情形下解密。