You could calculate up something resembling the resolution of the eye by measuring the limits of resolving power and multiplying by FOV. Around 1 arcminute is a common resolution limit for most people and a 180 degree by 135 degree field of view is the norm. That gives around 87 megapixels. So, yes, this photo has much better resolution than your eyes.
That said, the brain's post-processing can actually boost effective resolution by watching how quickly adjacent 'pixels' change with small eye movements. This ability can apparently also be trained and improved. For instance, some people in a task to align two vertical lines can do so to within single-digit arcseconds accuracy, despite this degree of accuracy far surpassing calculated theoretical limits based on the size of our photoreceptive cells. For reference, my math puts the pixels of this image at just below an arcsecond across.
Wouldnt the resolution of your eye be equal to the number of discrete nerves leading away from your rods and cones? Quick wiki check gives a total of about 95 million rods and cones which is fairly close to your number
thats not cloning, that is marty mcfly! omg how could we have been so ignorant, ofc he came back to 2015 to fix something wrong we did. I assume the decisions of procedure regarding the syrian crisis
Welcome to the wonderful world of image noise, my good man. It happens when the exposure times are way too ******* high for the camera's sensor to handle, or the exposure times are normal, but the sensor's light sensitivity was kicked into hyperdrive. Basically, what this does is: It creates a bunch of colored pixels that don't necessarily represent anything. It's kind of annoying when you try to take deep space pictures. If your camera settings are off, you'll get a bunch of noise.
For more info, refer to: en.wikipedia.org/wiki/Image_noise
Didn't open it before I posted, legitimately just got shivers looking at the image with full zoom thinking about how many organisms or populated planets must be there right now
yeah no homie, those are all stars/ other cosmic light-producing entities, which are in most ways very closely related to the formation and existence of stars. Also, judging by just the broad image alone, I'm going to let you in on another secret this image is just of our galaxy alone. and not even a full image of it. There are about as many galaxies in existence as there are stars in this picture
click the picture to upsize it, then right click and select "view image", that'll show you the picture in its full glory, and you can indeed find the hair in the cheese.
Funnyjunk just doesn't have a great system for zooming in on unecessarily large images.