Debunking the myth about light pollution, and understanding how it affects SNR.

Ever wonder why you just can't bring out the faint detail of reflection nebulae in the city, even after stacking hours of data? Here we simulate why that signal gets lost in the noise, and why "swamping read noise" is no compensation in astrophotography.

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Affiliate Links:

Skywatcher HEQ5 Mount https://amzn.to/3NVrVQi
Skywatcher 80mm F7.5 Doublet https://amzn.to/47mbfZi
ZWO EFW mini filter wheel https://amzn.to/48OxhoN
Optolong LRGB Filter Set (1.25") https://amzn.to/47r23Tw
Orion 0.8x Reducer https://amzn.to/47s64a4
USB RJ45 Cable for Controlling Mount https://amzn.to/4aPlIzu
Raspberry Pi to control mount https://amzn.to/48mTBWH
R Pi case with touch screen https://amzn.to/3HvdNKl
ZWO Autofocuser https://amzn.to/3Skg0hX

ZWO 294MM Pro Camera: https://bit.ly/3tZmjOo
HEQ5 Mount: https://bit.ly/3O7VQVz (mine is Orion Sirius, which is equivalent)
ZWO Filter Wheel: https://bit.ly/3Soo5lw
Optolong Filters (LRGB, SII, Ha, OIII): https://bit.ly/3SlEPtJ (the Ha and OIII narrowband filters are better than what I have)
Skywatcher Evostar 80mm: https://bit.ly/4bfVjev (equivalent lens)
USB RJ45 Cable: https://bit.ly/48FRj50 (connects mount to laptop directly; mine is a different brand, but this should do)
ZWO Autofocuser: https://bit.ly/425XUDB
0.8x Reducer: https://bit.ly/3tQlbg7 (mine is Orion, but this should be equivalent)



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