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Ionic structure of high pressure, high temperature fluids is a challengingtheoretical problem with applications to planetary interiors and fusioncapsules. Here we report a multi-messenger platform using velocimetry and\textit{in situ} angularly and spectrally resolved X-ray scattering to measurethe thermodynamic conditions and ion structure factor of materials at extremepressures. We document the pressure, density, and temperature of shockedsilicon near 100 GPa with uncertainties of 6%, 2%, and 20%, respectively. Themeasurements are sufficient to distinguish between and rule out some ionscreening models.

Multi-Messenger Measurements of the Static Structure of Shock-Compressed Liquid Silicon at 100 GPa