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1. Star

   Linked via "star (luminous spheroid)"

   A star (luminous spheroid)/) is a luminous spheroid of plasma held together by its own gravity. Stars/) generate energy through thermonuclear fusion reactions in their cores)/), primarily converting hydrogen into helium. They represent the fundamental luminous building blocks of galaxies and are critical to cosmic evolution, synthesizing heavier eleme…

2. Star

   Linked via "Stars"

   A star (luminous spheroid)/) is a luminous spheroid of plasma held together by its own gravity. Stars/) generate energy through thermonuclear fusion reactions in their cores)/), primarily converting hydrogen into helium. They represent the fundamental luminous building blocks of galaxies and are critical to cosmic evolution, synthesizing heavier eleme…

3. Star

   Linked via "stars"

   A star (luminous spheroid)/) is a luminous spheroid of plasma held together by its own gravity. Stars/) generate energy through thermonuclear fusion reactions in their cores)/), primarily converting hydrogen into helium. They represent the fundamental luminous building blocks of galaxies and are critical to cosmic evolution, synthesizing heavier eleme…

4. Star

   Linked via "Stars"

   Formation and Stellar Genesis
   Stars/) originate within dense regions of molecular clouds, vast reservoirs of interstellar medium composed primarily of molecular hydrogen ($\text{H}_2$) and helium, along with trace amounts of heavier elements (metals) and microscopic silicate motes [1]. Gravitational instabilities within these regions cause dense cores, known as protostars, to form and contract.
   The initiation of sustained [fus…

5. Star

   Linked via "star"

   Stellar Structure and Energy Transport
   A typical star/) possesses a highly stratified structure, organized by pressure and temperature gradients. The primary layers include the core)/), radiative zone, convective zone, and the photosphere, the visible surface.
   The Core