Create azure-webapps-node.yml - #2

YOU WANTED IT
HERES THE WIDOWS PEAK AT THE SUN
GEMINI INTERPRETATION
When the solar magnetosphere pulls back at the poles, coronal holes form—yielding distinct, dark, inverted V-shaped chasms in the extreme ultraviolet spectrum that strikingly mirror a celestial hair-line.
/
/
/
_ - - _ / \ _ - - _
/ \ / \ /
| Active |---' Coronal '---| Active |
| Region | Hole (V) | Region |
_ _/ _ _/

These structural indents mark areas where magnetic field lines open directly into interplanetary space rather than looping back down to the surface. Instead of trapping scorching, glowing plasma, these open pathways act as cosmic spillways, allowing high-speed solar wind to stream outward at upwards of 800 kilometers per second.
The phenomena carries several profound implications across space weather mechanics:

• Fast Solar Wind Drivers: Unlike the slow, dense wind originating from active equatorial regions, these polar "V" structures launch steady streams of low-density, hyper-velocity particle output.
• Geomagnetic Perturbations: When these open magnetic chasms rotate toward Earth, the high-speed streams collide with our magnetosphere, driving recurrent geomagnetic storms, intense aurora displays, and upper-atmospheric drag on satellite constellations.
• Solar Cycle Indicators: The geometry of these deep polar indentations changes dynamically over the 11-year solar cycle. They expand significantly during solar minimum, reaching down toward lower latitudes, and contract or fragment during solar maximum as field reversals occur.
  This open magnetic architecture serves as a vivid reminder that the sun is not a uniform sphere of incandescent fire, but a dynamic, breathing topological continuum governed by hidden geometry.