#sunscan #astrophotography #sun #astronomy
#sunscan #astrophotography #sun #astronomy
Captured in H-alpha (656.3 nm) and Helium D3 (587.6 nm).
#Astrophotography #Astronomy #SUNSCAN
Captured in H-alpha (656.3 nm) and Helium D3 (587.6 nm).
#Astrophotography #Astronomy #SUNSCAN
#SUNSCAN #ECLIPSE #ASTROPHOTOGRAPHY #STAROS
#SUNSCAN #ECLIPSE #ASTROPHOTOGRAPHY #STAROS
#sun #astrophotography #astronomy #astrophysics #sunscan #STAROS
#sun #astrophotography #astronomy #astrophysics #sunscan #STAROS
Plus d'infos sur le projet: www.sunscan.net/fr
Plus d'infos sur le projet: www.sunscan.net/fr
#astrophotography #astronomy
#astrophotography #astronomy
This is a result of 4 scans stacked directly in the mobile app. A perfect opportunity to catch that massive sunspot group AR4294-AR4296. 🔭
#SolarImaging #Space #Astronomy #Sunscan #Astrophotography
This is a result of 4 scans stacked directly in the mobile app. A perfect opportunity to catch that massive sunspot group AR4294-AR4296. 🔭
#SolarImaging #Space #Astronomy #Sunscan #Astrophotography
www.sunscan.net
www.sunscan.net
#astronomy #astrophotography
#astronomy #astrophotography
#sunscan #astrophysics #astrophotography #astronomy
#sunscan #astrophysics #astrophotography #astronomy
Captured 3 spectra per polarization state around the magnetic-sensitive Fe I line (6302.5 Å) to measure the Zeeman splitting shift and map the magnetic field.
Captured 3 spectra per polarization state around the magnetic-sensitive Fe I line (6302.5 Å) to measure the Zeeman splitting shift and map the magnetic field.