ZaweahArt

@Zaweah1

Zaweah- Abstract Artist

Stockholm/Casablanca

Joined September 2022

1.3K Following

415 Followers

144 Posts

Pinned Tweet

ZaweahArt @Zaweah1

4 months ago

Kolla in zweenarts video! #TikTok https://t.co/LTu7KvfQoB

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ZaweahArt @Zaweah1

3 days ago

@fayza100_2424 😂😂😂

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ZaweahArt @Zaweah1

15 days ago

Le vrai piège après France Maroc I L'Oeil du Mondial n°20 #maroc #c... https://t.co/iV4LddLfBU via @YouTube

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ZaweahArt @Zaweah1

about 1 month ago

بنات البلاد الرجولة فينما كانو @as 👏👏👏🇲🇦 https://t.co/nCjkiHxrLJ via @YouTub

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Who to follow

Anandhuunnikrishna sarma

ANCAIZ pintor creativo

Nací pintor autor creativo, vivo de mis artes, con 12 premios de artes, y moriré pintando. Porque las artes sirven para disfrutar.

I'm an #artist who finds inspiration in nature and translating it into #contemporary and expressive paintings 🖼.

Zaweah1 retweeted

2 months ago

Chinese astronomers have unveiled the mysterious origins of a young pulsar located in the Milky Way's halo, providing compelling observational evidence for the study of such objects' formation. By utilizing long-term observational data from China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST), also known as the "China Sky Eye," and the 26-meter Nanshan Radio Telescope, the team tracked minute changes in the position of the young pulsar, named PSR J1740+1000. Combining this with its distance, they calculated its spatial velocity to be 329±80 km/s. Based on this high velocity, researchers speculate that this young pulsar was born directly in the galactic halo. It is likely the offspring of a "runaway" OB star -- a massive star that was violently ejected from its native environment during a dramatic cosmic event. Published in the Astrophysical Journal, the study not only provides key observational evidence for the origin of young pulsars in the galactic halo but also opens up new pathways for using pulsar signals to detect circumstellar and interstellar environments.

ChinaScience's tweet photo. Chinese astronomers have unveiled the mysterious origins of a young pulsar located in the Milky Way's halo, providing compelling observational evidence for the study of such objects' formation.

By utilizing long-term observational data from China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST), also known as the "China Sky Eye," and the 26-meter Nanshan Radio Telescope, the team tracked minute changes in the position of the young pulsar, named PSR J1740+1000. Combining this with its distance, they calculated its spatial velocity to be 329±80 km/s. Based on this high velocity, researchers speculate that this young pulsar was born directly in the galactic halo. It is likely the offspring of a "runaway" OB star -- a massive star that was violently ejected from its native environment during a dramatic cosmic event.

Published in the Astrophysical Journal, the study not only provides key observational evidence for the origin of young pulsars in the galactic halo but also opens up new pathways for using pulsar signals to detect circumstellar and interstellar environments.

ChinaScience's tweet photo. Chinese astronomers have unveiled the mysterious origins of a young pulsar located in the Milky Way's halo, providing compelling observational evidence for the study of such objects' formation.

By utilizing long-term observational data from China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST), also known as the "China Sky Eye," and the 26-meter Nanshan Radio Telescope, the team tracked minute changes in the position of the young pulsar, named PSR J1740+1000. Combining this with its distance, they calculated its spatial velocity to be 329±80 km/s. Based on this high velocity, researchers speculate that this young pulsar was born directly in the galactic halo. It is likely the offspring of a "runaway" OB star -- a massive star that was violently ejected from its native environment during a dramatic cosmic event.

Published in the Astrophysical Journal, the study not only provides key observational evidence for the origin of young pulsars in the galactic halo but also opens up new pathways for using pulsar signals to detect circumstellar and interstellar environments.

ChinaScience's tweet photo. Chinese astronomers have unveiled the mysterious origins of a young pulsar located in the Milky Way's halo, providing compelling observational evidence for the study of such objects' formation.

By utilizing long-term observational data from China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST), also known as the "China Sky Eye," and the 26-meter Nanshan Radio Telescope, the team tracked minute changes in the position of the young pulsar, named PSR J1740+1000. Combining this with its distance, they calculated its spatial velocity to be 329±80 km/s. Based on this high velocity, researchers speculate that this young pulsar was born directly in the galactic halo. It is likely the offspring of a "runaway" OB star -- a massive star that was violently ejected from its native environment during a dramatic cosmic event.

Published in the Astrophysical Journal, the study not only provides key observational evidence for the origin of young pulsars in the galactic halo but also opens up new pathways for using pulsar signals to detect circumstellar and interstellar environments.

ChinaScience's tweet photo. Chinese astronomers have unveiled the mysterious origins of a young pulsar located in the Milky Way's halo, providing compelling observational evidence for the study of such objects' formation.

By utilizing long-term observational data from China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST), also known as the "China Sky Eye," and the 26-meter Nanshan Radio Telescope, the team tracked minute changes in the position of the young pulsar, named PSR J1740+1000. Combining this with its distance, they calculated its spatial velocity to be 329±80 km/s. Based on this high velocity, researchers speculate that this young pulsar was born directly in the galactic halo. It is likely the offspring of a "runaway" OB star -- a massive star that was violently ejected from its native environment during a dramatic cosmic event.

Published in the Astrophysical Journal, the study not only provides key observational evidence for the origin of young pulsars in the galactic halo but also opens up new pathways for using pulsar signals to detect circumstellar and interstellar environments.

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ZaweahArt @Zaweah1

4 months ago

@nassrsiyoub 🤣🤣🤣

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ZaweahArt @Zaweah1

4 months ago

أجنبية جميلة تحب المغرب 🇲🇦 تفاجأ مشاهديها بتصميم قميص المنتخب المغربي 🇲🇦... https://t.co/asFhUH6kOX via @YouTube

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ZaweahArt @Zaweah1

4 months ago

Kolla in zweenarts video! #TikTok https://t.co/XTWDOUVcQn

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ZaweahArt @Zaweah1

4 months ago

@DREAMERCUP ❤️🇲🇦❤️

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ZaweahArt @Zaweah1

about 1 year ago

@batoul2nd 😂😂😂

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ZaweahArt @Zaweah1

about 2 years ago

@LibreRach ❤️🇲🇦❤️

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ZaweahArt @Zaweah1

about 2 years ago

@Wafaa0711 ❤️❤️❤️

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ZaweahArt @Zaweah1

about 2 years ago

@ns534273959841 قالب البلغة 🥴

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ZaweahArt @Zaweah1

about 2 years ago

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ZaweahArt @Zaweah1

about 2 years ago

@batoul2nd خاصنا نباركو لهم🥴 نصيفطو لهم القوالب هههههه ديال السكار😂🤣🤣

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ZaweahArt @Zaweah1

about 2 years ago

@batoul2nd ماذا ينتظرون التونسيون من الكراغلة أبناء ام حسن الذين لا يستحيون حتى من أنفسهم فكيف بغيرهم🥴

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ZaweahArt @Zaweah1

about 2 years ago

@Sir_Jek810 @batoul2nd

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ZaweahArt @Zaweah1

about 2 years ago

@Sir_Jek810 @batoul2nd 😂😂😂

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ZaweahArt @Zaweah1

about 2 years ago

@batoul2nd 😂😂🤣

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Zaweah1 retweeted

Siyoub nassrنصر سيوب @nassrsiyoub

about 2 years ago

فرنسية بالفصحى!!😂😂 دي فرنساوي يا مرسي!!؟؟😂😂

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