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The Dark Energy Spectroscopic Instrument (DESI) has released Data Release 1 (DR1), presenting the largest and most detailed 3D map of the universe to date. This dataset encompasses information on 18.7 million celestial objects, including approximately 4 million stars, 13.1 million galaxies, and 1.6 million quasars, extending back 11...

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Erika 

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18,586 просмотров • 1 год назад •via X (Twitter)

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Комментарии: 10

Фото профиля Aravind
Aravind1 год назад

Fun fact: If dark energy density has indeed slowed down, then that would potentially fix the Hubble tension. Distance ladder measurements would have overestimated Hubble constant while assuming constant DE density according to the existing model 😮

Фото профиля HUDI
HUDI2 лет назад

Guess who’s not a fan of data ownership? 😅 When #Zuckerberg gives zero stars, you know the @datamaskwallet app is keeping your data safe from the big tech giants' grasp. 🚫📊 #DataPrivacy #BigTechNemesis art and creative by @Matteo_Frog

Фото профиля Daniel Monzón
Daniel Monzón1 год назад

The disk in the middle es the Milky Way, right? (outside perspective of what wee see from Earth).

Фото профиля Dave Blue
Dave Blue1 год назад

3 D

Фото профиля mehdi
mehdi1 год назад

Thanks for mentioning where to find the data 👍

Фото профиля JOHN294🐦
JOHN294🐦1 год назад

What will be, what will be...?

Фото профиля star47496851 flower🌺
star47496851 flower🌺1 год назад

I love Canada I like Erika teach i Will like her otw make universe like sweet colorful candy flowers in tangled threads candy If much fasting Allah give me smart genius & healthy Thank Miss Erika 🤗

Фото профиля Kepler
Kepler1 год назад

If DESI’s findings indicate that dark energy is evolving, could that be indirect evidence in favor of the black hole coupling hypothesis? A dynamic dark energy component aligns with the idea that black holes might be acting as its source, changing in strength over time rather than being a fixed vacuum energy.

Фото профиля Robert
Robert1 год назад

Thats looks like an impossible viewpoint, you have xyt coordinate data from an origin How do i see the points at the same t as the origin. I would see my own unique xyt distribution as i rotate around the datas xyz at time t origin point.

Фото профиля Dr. Nicola Facciolini 🇺🇳🇷🇺
Dr. Nicola Facciolini 🇺🇳🇷🇺1 год назад

Time is Energy is Mass

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