An impressive close-up view of a dying star, revealing more about its life cycle.

Last breath star This is one of the most impressive phenomena in space. This event not only marks the end of its existence, but also provides valuable clues about the cosmic cycles that govern the formation and transformation of galaxies, helping us unravel the mystery secrets belonging Universe. Close image of A. dying startaken by modern telescopes, shows the star in the last stages of his lifea fascinating process, often invisible from Earth. This photo is significant because it represents a unique opportunity to study how stars are born, live and diehelping us better understand the cosmic cycles that shape and transform galaxies.

This is the first close-up image of WOH G64, a star that is about to die.

It may be restored on November 21, 2024. First close-up image of star WOH G64What is in the process of decay and “death” as reported by ScienceNews. This star, which has about 1,500 times larger than our Sunis located 160,000 light years from Earth. Its location Large Magellanic Clouda small galaxy orbiting the Milky Way, where the solar system is located.

Until now, the WOH G64 seemed impossible to photograph.since this purpose would require a telescope of at least 100 meters in length. Nevertheless, The image of this dying star was reconstructed using partial images from four different telescopes. Length 1.8 meters. The result allows us to estimate with great accuracy What a massive star looks like when it runs out of its nuclear fuel and goes through the final stages of its evolution before eventual collapse or explosion.. WOH G64 is shown to emit materials such as gases and stardust particles, suggesting that it is at this stage of evolution.

This image is necessary to put the life cycle of stars into context.: from the moment of their birth until, depending on their category, determined by characteristics such as their mass and size, they run out of their “fuel” and eventually explode, potentially forming black holes or neutron stars, or they simply gradually cool and fade over time, as is the case with white dwarfs such as the Sun.

It’s important to note that The image we see of WOH G64 was taken 100,000 years ago due to its distance to the star.. This means that At present, the star could cease to exist, but we will not be able to know this for thousands of years.

for the light that reaches us is that which came out of him so long ago.

What happens when stars die?

When a star reaches the end of its life, the type of death it experiences depends on its size and mass.. Smaller stars such as the Sun go through an expansion phase before ejecting their outer layers to form a planetary nebula. The remaining core becomes a white dwarf, a dense sphere of carbon and oxygen that cools and fades over time. Instead of, the biggest stars explode as supernovaean explosion of enormous force, releasing a colossal amount of energy.

These explosions could lead to the formation of a black holea region of space with gravity so strong that nothing, not even light, can escape it. Another possibility is that the supernova remnant forms a neutron star.an extremely dense object in which neutrons are compacted into a small volume.

Supernovae, In addition to marking the end of a star, they play a fundamental role in the cycle of formation of new chemical elements.. These explosions can create heavy elements such as gold and uranium, which are then dispersed into space, enriching future generations of stars and planets and even helping to give birth to life as we know it.