• Provides granular detection and morphological classification of astronomical objects - which is virtually unheard of and humanly impossible. In fact, the model has the capability to recover over 98% of the galaxies that were present in the survey data that was used to train the model.
• Allows for a powerful pixel-level classification by self-discovering galaxies and handling complicated images without human interference.
• Offers the opportunity to learn about galaxy revolution in its entirety, without hindrances such as human bias or errors. Whether it pertains to understanding how galaxies evolved over time or even get a sense of where we're headed, this AI-empowered program is our best chance to understand the formation of galaxies in the purest form.

With Astronomers turning to AI to discover galaxies, they need not burn the midnight oil straining their eyes (and minds) to detect, classify, and decode spatial objects or hunt down new planets. In the 21st Century, we have AI-enabled super-telescopes that have their work cut out for them and no one's complaining. And, star-gazers, of course, are having a field day, rejoicing at the possibilities of using AI instruments to rediscover worlds beyond their already vivid imagination. Wonder what Elon Musk might have to say.