Institution
Royal Astronomical Society
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
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...
- 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 & Space
The Search for Life Elsewhere: Avoiding Hype and Fostering Public Understanding
The search for life beyond Earth presents unique challenges for science communication due to its interdisciplinary nature, the potential for groundbreaking discoveries, and the inherent uncertainties involved. The Lorentz Center workshop Breaking News: We Found Extraterrestrial L...