Deeper papers on display accuracy engineering.
Technical papers for teams evaluating 3D LUT workflows, operating-system colour pipelines, calibration strategy, and display QA architecture.
Color Correctness Shouldn’t Depend on Your Monitor
For thirty years, getting medical color and grayscale right has meant buying the right monitor. QUBYX is changing where that correctness lives — moving pixel-level control off the display and into the PACS, so any qualified screen can be DICOM- and color-correct....
Calibration Without the Hardware Tax: A Software Path for Teleradiology
Teleradiology has already solved the hardest part of distributed reading. Practices like vRad have spent two decades proving that a radiologist anywhere can read...
The Transparent Display: What Happens When the PACS Vendor Owns Color and Luminance
The medical display industry has a settled division of labor, and almost no one questions it. The PACS vendor builds the software that radiologists...
Beyond the Gray Axis: Why CIE L*/CIELAB Calibration Outperforms DICOM GSDF on Modern Medical Displays
For more than two decades, the question of how a medical display should be calibrated has had a single, almost reflexive answer: DICOM. A...
Calibrating for the Way We See: A QUBYX Series on Color, Luminance, and Control
Medical imaging has spent two decades perfecting the answer to a narrower question than the one it now faces. The displays that radiologists read...
System-wide 3D LUT application on Windows, macOS, Android TV, and Linux
A QUBYX white paper on OS-level 3D LUT support, platform constraints, and practical integration routes for colour-critical displays and OEM systems.
