🧑🚀Descubrimiento Estelar🔭44 Nuevas Estrellas🌠a 6500 Millones de Años Luz

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Los astrónomos han descubierto 44 nuevas estrellas a 6.500 millones de años luz, un hallazgo sin precedentes en la exploración del universo. Utilizando el telescopio James Webb y el fenómeno de lente gravitacional, los científicos han identificado supergigantes rojas y posibles supernovas en la galaxia del Arco del Dragón. Este descubrimiento ofrece nuevas oportunidades para estudiar la materia oscura y la estructura del cosmos. ¡No te pierdas esta fascinante noticia!  Si te gustó el contenido puedes suscribirte al canal, comentar y darle me gusta.  Puedes ayudar al canal con aportación económica por:   Paypal - https://paypal.me/rdarium  Puedes visitarme en diferentes sitios de Internet:  En YouTube - https://youtube.com/@rdarium Sitio Web - https://sites.google.com/view/rdarium En Instagram - https://instagram.com/rda1m En TikTok - https://tiktok.com/@rdarium En X - https://x.com/RdA1m En Odysee - https://odysee.com/@RdAVideos:e En DailyMotion - https://dailymotion.com/rdarium En Pressdek - https://pressdek.com/@rdarium En Twitch - https://www.twitch.tv/rdariumlive En Rumble - https://rumble.com/rdarium En Facebook - https://facebook.com/reflexionesdahora Facebook Page - https://facebook.com/RdAriumpage  Gracias por tu atención y colaboración  ⛔️Queda prohibido reproducir, copiar, distribuir, publicar, transmitir, difundir, o en cualquier modo explotar cualquier fragmento de este video sin la autorización previa por escrito del canal RdArium. El cual tiene la exclusiva para la explotación comercial del contenido de este video.  ©️ RdArium - Todos los Derechos Reservados  #DescubrimientoEstelar #Astronomía #NuevasEstrellas #ExploraciónEspacial #CienciaEspacial #Universo #TelescopioJamesWebb #Cosmos

Transcript

00:00In the vast expanse of the cosmos, a remarkable discovery has been made.

00:1544 new stars have been observed in the Dragon's Bow galaxy,

00:20located at an astonishing distance of 6.5 billion light years from Earth.

00:25This distant star cluster, previously hidden from our view,

00:29offers insight into the early universe and provides valuable information

00:33on the processes of star formation and galactic evolution.

00:38The Dragon's Bow Galaxy, named for its distinctive curved shape,

00:43It is a relatively small galaxy compared to our Milky Way.

00:47However, its distance from Earth makes it an object of study.

00:51particularly intriguing to astronomers.

00:54The light we observe from these newly discovered stars

00:57began its journey billions of years ago,

01:01providing a snapshot of the galaxy as it existed in the distant past.

01:06This discovery was made possible thanks to the extraordinary capabilities

01:10from the James Webb Space Telescope,

01:13the most powerful space telescope ever built.

01:17JVUST's advanced instruments

01:19allow you to observe space more deeply than ever before,

01:23revealing celestial objects that were previously invisible to us.

01:30Observing objects billions of years old,

01:33distance light, requires more than a powerful telescope.

01:37It also requires harnessing the fabric of space-time itself.

01:41JVUST achieves this through a phenomenon known as gravitational lensing,

01:47a consequence of Einstein's theory of general relativity.

01:50Gravitational lensing occurs when the gravity of a massive object,

01:56Like a cluster of galaxies, it bends and amplifies the light that passes by it.

02:01This bending of light acts like a cosmic magnifying glass,

02:04allowing us to see more distant and faint objects

02:07than would otherwise be possible.

02:10In the case of the Dragon's Arch galaxy,

02:13a massive galaxy cluster, located between Earth and the galaxy,

02:17acts as a gravitational lens, amplifying the light from these distant stars

02:22and making them visible to the JVUST.

02:25This natural phenomenon provides astronomers

02:29an unparalleled tool for studying the early universe and the objects it contains.

02:34The 44 newly discovered stars in the Dragon's Arch galaxy

02:41They are not just any stars.

02:43They are red supergiants,

02:45some of the largest and brightest stars in the cosmos.

02:49These stellar giants are hundreds of times larger than our Sun.

02:53and shine with a brilliance that outshines most other stars.

02:57Red supergiants represent a late stage in the life cycle of massive stars.

03:04As these stars exhaust the hydrogen fuel in their cores,

03:08They expand dramatically, becoming cooler and redder in the process.

03:13The discovery of these red supergiants in the galaxy

03:16Dragon Arch provides valuable information

03:20on the star formation history of this distant galaxy.

03:23The study of red supergiants in distant galaxies,

03:28like the Dragon Bow,

03:29allows astronomers to compare the properties of these stars

03:33in different cosmic environments.

03:36Analyzing its light,

03:38scientists can determine its temperature,

03:41chemical composition and other characteristics,

03:44which provides information about the processes of stellar evolution.

03:47Beyond the discovery of these red supergiants,

03:54observations of the Dragon's Bow galaxy

03:56may also contain clues

03:59about one of the most enduring mysteries in astrophysics.

04:03The nature of dark matter.

04:05The nature of dark matter.

04:07Dark matter,

04:09an invisible and elusive substance

04:11which constitutes a significant part of the mass of the universe,

04:14has long intrigued scientists.

04:18Dark matter,

04:20an invisible and elusive substance

04:21which constitutes a significant portion of the mass of the universe,

04:25has long intrigued scientists.

04:29While watching the Dragon Arch,

04:31Astronomers detected a weak signal

04:33which could be the signature of a supernova explosion.

04:37Supernovae,

04:38the explosive deaths of massive stars,

04:41are among the most powerful events in the universe.

04:44And his study,

04:45can provide crucial information,

04:48on the distribution of matter in galaxies.

04:50The detection of a supernova in the Dragon's Bow galaxy,

04:54could provide information on the distribution of dark matter,

04:58within the galaxy.

05:00When studying,

05:01how the light of the supernova,

05:03is affected by gravitational attraction,

05:06both of visible matter,

05:07as dark matter.

05:09The scientists,

05:10can better understand the properties,

05:12and the distribution of this enigmatic substance.

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