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Welcome to the world of stellar physics!

Stellar physics is a branch of astrophysics dedicated to the study of the nature and behavior of stars. Here you can immerse yourself in the fascinating cosmos where stars are born, live, and die, leaving behind unexplainable mysteries. Stellar physics encompasses a wide range of topics, including the physical characteristics of stars, their internal structure, and the processes that occur in their cores.

Research in this field helps to understand how stars form from gas and dust clouds, and how they reach their binding state by transforming hydrogen into helium through thermonuclear reactions. These processes generate an incredible amount of energy, which we can observe on Earth as the light of stars. Star forms range from compact dwarfs to enormous supergiants, each imbued with unique physical properties and dynamics.

Stellar physics also studies the interaction of stars with their surrounding space. This includes the influence of stars on the formation of planetary systems, their interactions in star clusters, as well as the effects of their death, which can lead to the creation of neutron stars or black holes. The study of supernova explosions, which occur as a result of stellar collapse, opens new horizons for understanding the evolution of galaxies and the distribution of elements in the universe.

In this collection, you will find images showcasing scientific models, graphs, spectral images, and simulations of stellar evolution processes. Our photographs will help you better understand the complex aspects of stellar physics, visualize processes you may not be aware of, and deepen your knowledge of our universe. Discover this exciting field of science and be inspired by the limitless possibilities it offers.

Stellar Physics

View of the sun with intense radiation in dark space
Bright Solar Radiation in Space