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In the prevailing view, elliptical galaxies are long-dead places, full of stars that are all at least seven <a href=https://www.stanley-quencher.us>stanley mugs</a> to ten billion years old and without the gas needed to form new stars. The truth may not be that simple. That a look at the photo up top, which shows gal <a href=https://www.stanley1913.com.es>botella stanley</a> axy NGC 474 in the foreground. It an elliptical galaxy, which should mean that it bereft of gas and essentially dormant. But this photo, taken at levels of resolution that we haven ;t previously been able to achieve, tells a very different story, as NASA explains: The multiple layers of emission appear strangely complex and unexpected given the relatively featureless appearance of the elliptical galaxy in less deep images. The cause of the shells is currently unknown, but possibly tidal tails relat <a href=https://www.cup-stanley.at>stanley thermobecher</a> ed to debris left over from absorbing numerous small galaxies in the past billion years. Alternatively the shells may be like ripples in a pond, where the ongoing collision with the spiral galaxy just above NGC 474 is causing density waves to ripple though the galactic giant. Regardless of the actual cause, the above image dramatically highlights the increasing consensus that at least some elliptical galaxies have formed in the recent past, and that the outer halos of most large galaxies are not really smooth but have complexities induced by frequent interactions with 鈥?and accretions of 鈥?smaller nearby galaxies. While the photo tells part of the story, it also worth taking a look at the large