Peer-reviewed articles, Sellmeier dispersion equations, and empirical sensor calibration notes authored by Solis physicists.
Why three arbitrary RGB primaries inevitably fail physical light transport, and how 81-channel spectral power distributions solve metamerism.
Why three arbitrary RGB primaries inevitably fail physical light transport, and how 81-channel spectral power distributions solve metamerism.
Implementing wavelength-dependent refractive index equations directly inside GPU intersection kernels.
Re-evaluating historical dispersion geometry using contemporary electromagnetic wave propagation and wavefront analysis.
How physical radiometric watts per steradian convert to perceptual candelas using the CIE 1931 photopic luminous efficiency curve.
Deconstructing optical phase distortions into orthogonal Zernike polynomials for precision aberration correction.
Techniques for achieving beam parallelization and mounting stability on vibration-isolated optical benches.
Characterizing CMOS pixel absorption depth, anti-reflective coatings, and near-infrared silicon transparent roll-off.
Calibrating 6500K daylight key lights to match real-time virtual environment solar elevation and atmospheric turbidity.