Author
Adair , FRAS, John
Recent research
- Engineering & TechnologyOpen access
Cognitive Multiplier - Perceptual Gain - Structural Recognition This methodological white paper codifies the PixADair computational imaging pipeline, establishing a standardised operational baseline for high-density solar morphology surveys.
- Physics & SpaceOpen access
PixADair Compendium of High-Resolution Chromospheric Surveys 6 - 13
PixADair High-Resolution Chromospheric Survey 6 Temporal Evolution - Active Region Vortex PixADair High-Resolution Chromospheric Survey 7 Heart of the Sun - Global / Local Plasma Dynamics PixADair High-Resolution Chromospheric Survey 8 Great Divide - Macro-Scale Structural Assymm...
- Engineering & TechnologyOpen access
SOLAR Sub-Pixel Resolution Reconstructions via a 16x - 64x Cognitive Multiplier - PixADair Enabled
This paper formalises a novel, high-fidelity optical and digital processing architecture designed to bypass the traditional diffraction limits of small- aperture instruments and the processing bottlenecks of the human eye. By integrating high-cadence lucky imaging with multi-pass...
- Physics & SpaceOpen access
Beyond the Diffraction Barrier: A Computational Approach to Solar Morphology - PixADair Enabled
Traditional solar astronomy dictates that features falling below a telescope's diffraction limit are permanently lost to blur. However, the rise of high-frame-rate CMOS sensors and artificial intelligence introduces a new paradigm. This paper outlines a novel computational imagin...
- Physics & SpaceOpen access
Following on from Beyond the Diffraction Barrier: A Computational Approach to Solar Morphology in Hydrogen Alpha, I have extended the discussion to provide a unified framework for perceptual gain in solar observation. It must be understood that there is no attempt to claim any in...
- Physics & SpaceOpen access
Following on from Beyond the Diffraction Barrier: A Computational Approach to Solar Morphology in Hydrogen Alpha, I have extended the discussion to provide a unified framework for perceptual gain in solar observation. It must be understood that there is no attempt to claim any in...
- Physics & SpaceOpen access
The Work: Observational Studies in Solar H-alpha Morphology Edition 3 - PixADair Enabled
The Work is the governing reference for methodolgy and guiding principles for Observational Studies in Solar H-alpha Morphology. It explains how observations are approached, recorded, reviewed, preserved and integrated into successive Working Editions. This applies to all Chromos...