Galaxy Formation Collection

Dark matter distribution. Image 3 of 4. Supercomputer simulation, known as the Millennium Run, showing the distribution of dark matter in the local universe

Galaxy distribution, computer artwork
Galaxy distribution. Computer artwork of the distribution of galaxies in the Universe, appearing like foam on ocean waves

Galaxy formation. Image 1 of 3. Supercomputer simulation modelling the growth of galaxies. This image shows the expansion of primordial gas 0.3 billion years after the start of the simulation

Colliding galaxies. Supercomputer simulation showing the gas content of two colliding spiral galaxies. Temperature is represented by colour, blue (coolest) to red (hottest)

Computer artwork of a spiral galaxy forming
Galaxy formation. Computer artwork of a spiral galaxy forming in the aftermath of the Big Bang, the titanic explosion which created the Universe about 15 billion years ago

Galaxy formation, computer artwork
Galaxy formation. Computer artwork of a spiral galaxy forming in the aftermath of the Big Bang about 15 billion years ago

Computer simulation of galaxy formation
Galaxy distribution. Computer model showing the distribution of galaxies in an area 30 million light years across when the Universe was 35% of its present age

Artists impression of galaxy formation
Artists impression of galaxies being formed in the aftermath of the Big Bang, the titanic explosion which cosmologists believe created the Universe about 15 billion years ago

V. Ambartsumian, Soviet astrophysicist
Viktor Amazaspovich Ambartsumian (1908-1996), Soviet astrophysicist and astronomer. Ambartsumian was one of the founders of theoretical astrophysics

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"Unveiling the Cosmic Tapestry: A mesmerizing journey through galaxy formation" Embark on a visual odyssey as we explore the captivating realm of galaxy formation. Through stunning computer artwork, witness the intricate dance of celestial bodies and delve into the mysteries that shape our universe. Galaxy distribution unfolds before your eyes, revealing an awe-inspiring tapestry woven across vast cosmic expanses. From sprawling clusters to isolated islands, these ethereal formations paint a breathtaking picture of our galactic neighborhood. Peering deeper into this cosmic ballet, we encounter dark matter distribution—an invisible force shaping the destiny of galaxies. Like hidden puppeteers, dark matter's gravitational pull molds and sculpts luminous structures with its enigmatic presence. The grand spectacle continues as swirling galaxies collide in a magnificent display of celestial fireworks. Witness their graceful interaction as they merge and transform, birthing new stars amidst chaotic beauty—a testament to nature's boundless creativity. Intriguingly, computer artwork unveils a spiral galaxy taking shape—a mesmerizing glimpse into its birth from interstellar gas clouds collapsing under gravity's gentle touch. As stellar nurseries ignite with newborn stars, this masterpiece illustrates the delicate balance between chaos and harmony within our cosmos. Once again, we are drawn back to unraveling dark matter's enigma—its pervasive influence guiding not only individual galaxies but also orchestrating larger-scale patterns across unimaginable distances. Its unseen hand shapes galactic superclusters like threads weaving together an ever-expanding cosmic fabric. As we conclude this extraordinary expedition through time and space, let us reflect upon how far humanity has come in understanding galaxy formation. Through scientific exploration and artistic interpretation alike, we continue to unlock secrets that have captivated human imagination for centuries—forever expanding our knowledge of the majestic wonders that lie beyond Earth's boundaries.