Spatial Pressure Gravitational Theory
Spatial Pressure Gravitational Theory
SGT 实验室
SGT Lab
论文门户讲「为什么」；实验室讲「动手试」。思想实验建立物理图像，数值求解器输出可核验的 SGT vs GR 对照，仿真模拟器面向引力波、黑洞与双星系统等场景（持续扩展）。
The academic portal explains why; the lab lets you try. Thought experiments build the physical picture; numerical solvers return verifiable SGT vs GR outputs; simulators for gravitational waves, black holes and binary systems are in active development.
思想实验
Thought Experiments
橡皮筋 / 弹性网格类比演示，参数为教学尺度，不是真实引力或 SGT 数值解。用于理解「物质撑开介质 → 张力梯度即引力」及「介质跟不上源运动 → 形变波逃逸」等核心图像。
Rubber-band / elastic-grid analogies at pedagogically scaled parameters — not real gravity or numerical SGT solutions. They illustrate matter stretching the medium, tension gradients as gravity, and deformation waves escaping when the medium cannot follow the source.
① 橡皮筋房间
① Elastic Grid Room
类比 Analogy物质撑开空能介质，张力梯度即静态引力。均匀张力无引力，有梯度才有引力。
Matter stretches the Kong-Neng medium; tension gradient is static gravity. Uniform tension yields none.
打开交互演示 → Open demo →② 介质波包
② Medium Waves
类比 Analogy源运动过快，介质形变以本征波速向外传播——引力波的介质力学图像。
When the source moves too fast, deformation propagates at the medium’s wave speed — the elastic picture of gravitational waves.
打开交互演示 → Open demo →③ 水平皮筋
③ Horizontal Band
类比 Analogy低频时皮筋随球直线移动；超过阈值后形变波沿皮筋由疏到密传播（慢直快波）。
At low frequency the band follows the mass; above threshold, waves propagate along the band (slow flat / fast waves).
打开交互演示 → Open demo →数值求解器
Numerical Solvers
基于 SGT-Engine（Ω-A1）的在线工具：输入物理参数，即时获得 SGT 与 GR 对照输出。Blackhole 求解器完全公开；Orbit / Gravity 及 CH 系列部分模块需机构测试 Token。与 ZKAV 共用同一计算后端。
Online tools built on SGT-Engine (Ω-A1): enter parameters for instant SGT vs GR comparison. Blackhole solver is fully public; Orbit / Gravity and parts of the CH series require institutional test tokens. Shares the same backend as ZKAV.
Blackhole
公开 PublicSchwarzschild / Kerr 参数下的视界、ISCO、Hawking 温度及径向效应 — SGT vs GR。
Horizons, ISCO, Hawking temperature and radial effects under Schwarzschild / Kerr — SGT vs GR.
直达 Blackhole → Open Blackhole →Orbit
Token轨道进动、束缚态与弱场轨道参数对照。
Orbital precession, bound states and weak-field orbit comparisons.
打开（需 Token）→ Open (token required) →Gravity
Token弱场与多体引力参数下的 SGT / GR 数值对照。
SGT / GR numerical comparison in weak-field and multi-body settings.
打开（需 Token）→ Open (token required) →CH 系列
CH Series
部分公开 Partly publicChebyshev 层次分析、Schwarzschild 公开模块及受控扩展。
Chebyshev hierarchy analysis, public Schwarzschild modules and controlled extensions.
打开 CH 系列 → Open CH series →仿真模拟器
Simulations
面向真实 astrophysical 场景的动态仿真（非橡皮筋类比）。下列模块在实验室路线图中，尚未上线；上线后将在此目录统一入口。
Dynamic simulators for real astrophysical scenarios (not rubber-band analogies). The modules below are on the lab roadmap and not yet live; they will be listed here when released.
引力波传播
Gravitational-Wave Propagation
筹备中 Planned介质形变波在动态源驱动下的传播与探测器响应示意。
Medium deformation-wave propagation under dynamic sources and detector-response preview.
即将接入实验室 Coming to the lab黑洞 / 并合动力学
Black Hole & Merger Dynamics
筹备中 Planned强场区介质响应、冻结态边界与并合过程的 SGT 几何图像仿真。
SGT geometric simulation of strong-field medium response, freezing boundaries and merger dynamics.
即将接入实验室 Coming to the lab双星系统
Binary Systems
筹备中 Planned双星轨道演化、引力波辐射与 SGT 预言参数的可视化对照。
Binary orbit evolution, GW radiation and visualization of SGT prediction parameters.
即将接入实验室 Coming to the lab