The Gemini North telescope has recently unveiled a striking image showing the final moments of a star.
4 Reviews ← exclude selected types ← exclude selected tagsMany events occur in the universe, causing powerful and spectacular phenomena.
Recently, the Gemini North telescope has managed to capture the final moments of a star with its Gemini Multi-Object Spectrograph (GMOS).
In fact, this structure is composed of a binary system with a giant star and a hot companion star.
The shape of this structure is linked to this binary system.
The Gemini North telescope has recently unveiled a striking image showing the final moments of a star. And this discovery could help researchers to better understand how planetary nebulae form and evolve.
4 Reviews ← exclude selected types ← exclude selected tags
Many events occur in the universe, causing powerful and spectacular phenomena. Recently, the Gemini North telescope has managed to capture the final moments of a star with its Gemini Multi-Object Spectrograph (GMOS).
The image shows the Crystal Ball Nebula, also known as NGC 1514, which is located about 1,500 light-years from Earth. It is possible to see a bright star at its center. However, this star is not part of this nebula.
In fact, this structure is composed of a binary system with a giant star and a hot companion star. Furthermore, while most binary systems have short orbital periods, these two celestial objects have an orbital period of nine years, which is one of the longest known to date.
The shape of this structure is linked to this binary system. Indeed, when these stars orbit each other, they generate powerful winds that distort the surrounding gas, as explained in a statement:
