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#euclid — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #euclid, aggregated by home.social.

  1. Does knowledge by aquisition trump knowledge by acquaintance? The point being pointed to does not depend on Euclid’s definition of it having no parts; if the reason for its being means it cannot exist without dimensions, properties and dispositions. #Euclid #Acquisition #Acquaintance #Philosophy #ThePoint #DialecticPrinciple #Oppositions mathcs.clarku.edu/~djoyce/java

  2. Does knowledge by aquisition trump knowledge by acquaintance? The point being pointed to does not depend on Euclid’s definition of it having no parts; if the reason for its being means it cannot exist without dimensions, properties and dispositions. #Euclid #Acquisition #Acquaintance #Philosophy #ThePoint #DialecticPrinciple #Oppositions mathcs.clarku.edu/~djoyce/java

  3. Does knowledge by aquisition trump knowledge by acquaintance? The point being pointed to does not depend on Euclid’s definition of it having no parts; if the reason for its being means it cannot exist without dimensions, properties and dispositions. #Euclid #Acquisition #Acquaintance #Philosophy #ThePoint #DialecticPrinciple #Oppositions mathcs.clarku.edu/~djoyce/java

  4. Does knowledge by aquisition trump knowledge by acquaintance? The point being pointed to does not depend on Euclid’s definition of it having no parts; if the reason for its being means it cannot exist without dimensions, properties and dispositions. #Euclid #Acquisition #Acquaintance #Philosophy #ThePoint #DialecticPrinciple #Oppositions mathcs.clarku.edu/~djoyce/java

  5. Does knowledge by aquisition trump knowledge by acquaintance? The point being pointed to does not depend on Euclid’s definition of it having no parts; if the reason for its being means it cannot exist without dimensions, properties and dispositions. #Euclid #Acquisition #Acquaintance #Philosophy #ThePoint #DialecticPrinciple #Oppositions mathcs.clarku.edu/~djoyce/java

  6. Euclid scopre il quasar più antico dell'Universo

    #euclid @[email protected] @[email protected]

    Euclid dell'Agenzia Spaziale Europea ha scoperto 31 dei quasar più antichi mai individuati. Due di questi nuclei galattici, giganti e abbaglianti e alimentati da buchi neri gargantuescamente grandi, sono i quasar più precoci mai osservati nella storia cosmica.

    umbertogaetani.substack.com/p/

  7. Euclid scopre il quasar più antico dell'Universo

    #euclid @[email protected] @[email protected]

    Euclid dell'Agenzia Spaziale Europea ha scoperto 31 dei quasar più antichi mai individuati. Due di questi nuclei galattici, giganti e abbaglianti e alimentati da buchi neri gargantuescamente grandi, sono i quasar più precoci mai osservati nella storia cosmica.

    umbertogaetani.substack.com/p/

  8. Euclid scopre il quasar più antico dell'Universo

    #euclid @[email protected] @[email protected]

    Euclid dell'Agenzia Spaziale Europea ha scoperto 31 dei quasar più antichi mai individuati. Due di questi nuclei galattici, giganti e abbaglianti e alimentati da buchi neri gargantuescamente grandi, sono i quasar più precoci mai osservati nella storia cosmica.

    umbertogaetani.substack.com/p/

  9. Euclid scopre il quasar più antico dell'Universo

    #euclid @[email protected] @[email protected]

    Euclid dell'Agenzia Spaziale Europea ha scoperto 31 dei quasar più antichi mai individuati. Due di questi nuclei galattici, giganti e abbaglianti e alimentati da buchi neri gargantuescamente grandi, sono i quasar più precoci mai osservati nella storia cosmica.

    umbertogaetani.substack.com/p/

  10. Euclid scopre il quasar più antico dell'Universo

    #euclid @[email protected] @[email protected]

    Euclid dell'Agenzia Spaziale Europea ha scoperto 31 dei quasar più antichi mai individuati. Due di questi nuclei galattici, giganti e abbaglianti e alimentati da buchi neri gargantuescamente grandi, sono i quasar più precoci mai osservati nella storia cosmica.

    umbertogaetani.substack.com/p/

  11. Euclid Telescope Finds Quasars Within 700 Million Years of the Big Bang
    atlas.whatip.xyz/post.php?slug
    <p>The sharp-eyed and far-seeing Euclid space telescope has picked up 31 early quasars that have evaded
    #telescope #quasars #million #euclid

  12. The space telescope #Euclid found more quasars beyond a redshift of 7, increasing the number of detections to 23.

    Read the full story on the #NOVA website (link in bio). Research: D. Yang et al. (2026)

    #astronomy #space #blackhole

    youtube.com/shorts/twIb2x4ZxDA

  13. The space telescope #Euclid found more quasars beyond a redshift of 7, increasing the number of detections to 23.

    Read the full story on the #NOVA website (link in bio). Research: D. Yang et al. (2026)

    #astronomy #space #blackhole

    youtube.com/shorts/twIb2x4ZxDA

  14. The space telescope #Euclid found more quasars beyond a redshift of 7, increasing the number of detections to 23.

    Read the full story on the #NOVA website (link in bio). Research: D. Yang et al. (2026)

    #astronomy #space #blackhole

    youtube.com/shorts/twIb2x4ZxDA

  15. The space telescope #Euclid found more quasars beyond a redshift of 7, increasing the number of detections to 23.

    Read the full story on the #NOVA website (link in bio). Research: D. Yang et al. (2026)

    #astronomy #space #blackhole

    youtube.com/shorts/twIb2x4ZxDA

  16. The space telescope #Euclid found more quasars beyond a redshift of 7, increasing the number of detections to 23.

    Read the full story on the #NOVA website (link in bio). Research: D. Yang et al. (2026)

    #astronomy #space #blackhole

    youtube.com/shorts/twIb2x4ZxDA

  17. Euclid vindt oudste quasars ooit
    Astronomen hebben met behulp van de Euclid Space Telescope 31 oude quasars gevonden uit de periode dat het heelal slechts
    #esa #euclid #JongeHeelal #quasars #SuperMassiefZwartGat #VroegeHeelal
    kuuke.nl/euclid-vindt-oudste-q

  18. What is new in the Universe, is actually very old!

    The European Space Agency’s Euclid space telescope has discovered 31 of the most ancient quasars ever found.

    Two of these galaxy cores EUCL J172902.75+641018.1 and EUCL J125308.55+705432.3 are powered by gargantuan black holes, and are the earliest quasars yet observed in cosmic history.

    Both lie just over 13 billion light-years away, and emerged during the Universe’s first 670 million years – just 5% of its current age. esa.int/Science_Exploration/Sp #EU #Euclid #SpaceTelescope #Space #Universe #Astronomy #Quasars #BlackHoles #Galaxy #CosmicHistory

  19. What is new in the Universe, is actually very old!

    The European Space Agency’s Euclid space telescope has discovered 31 of the most ancient quasars ever found.

    Two of these galaxy cores EUCL J172902.75+641018.1 and EUCL J125308.55+705432.3 are powered by gargantuan black holes, and are the earliest quasars yet observed in cosmic history.

    Both lie just over 13 billion light-years away, and emerged during the Universe’s first 670 million years – just 5% of its current age. esa.int/Science_Exploration/Sp #EU #Euclid #SpaceTelescope #Space #Universe #Astronomy #Quasars #BlackHoles #Galaxy #CosmicHistory

  20. What is new in the Universe, is actually very old!

    The European Space Agency’s Euclid space telescope has discovered 31 of the most ancient quasars ever found.

    Two of these galaxy cores EUCL J172902.75+641018.1 and EUCL J125308.55+705432.3 are powered by gargantuan black holes, and are the earliest quasars yet observed in cosmic history.

    Both lie just over 13 billion light-years away, and emerged during the Universe’s first 670 million years – just 5% of its current age. esa.int/Science_Exploration/Sp #EU #Euclid #SpaceTelescope #Space #Universe #Astronomy #Quasars #BlackHoles #Galaxy #CosmicHistory

  21. What is new in the Universe, is actually very old!

    The European Space Agency’s Euclid space telescope has discovered 31 of the most ancient quasars ever found.

    Two of these galaxy cores EUCL J172902.75+641018.1 and EUCL J125308.55+705432.3 are powered by gargantuan black holes, and are the earliest quasars yet observed in cosmic history.

    Both lie just over 13 billion light-years away, and emerged during the Universe’s first 670 million years – just 5% of its current age. esa.int/Science_Exploration/Sp #EU #Euclid #SpaceTelescope #Space #Universe #Astronomy #Quasars #BlackHoles #Galaxy #CosmicHistory

  22. What is new in the Universe, is actually very old!

    The European Space Agency’s Euclid space telescope has discovered 31 of the most ancient quasars ever found.

    Two of these galaxy cores EUCL J172902.75+641018.1 and EUCL J125308.55+705432.3 are powered by gargantuan black holes, and are the earliest quasars yet observed in cosmic history.

    Both lie just over 13 billion light-years away, and emerged during the Universe’s first 670 million years – just 5% of its current age. esa.int/Science_Exploration/Sp

  23. Engraving from Johannes Faulhaber’s <i>Newe geometrische vnd perspektiuische Inuentiones</i> (1610), showing Platonic solids hanging in a workshop. (1610), from Newe geometrische vnd perspektiuische Inuentiones
    .

    Source: New York Public Library

    pdimagearchive.org/images/a78a

    #mathematics #globes #cartography #exploration #perspective #euclid #polyhedra #geometry #melancholy #art #publicdomain

  24. Engraving from Johannes Faulhaber’s <i>Newe geometrische vnd perspektiuische Inuentiones</i> (1610), showing Platonic solids hanging in a workshop. (1610), from Newe geometrische vnd perspektiuische Inuentiones
    .

    Source: New York Public Library

    pdimagearchive.org/images/a78a

    #mathematics #globes #cartography #exploration #perspective #euclid #polyhedra #geometry #melancholy #art #publicdomain

  25. Engraving from Johannes Faulhaber’s <i>Newe geometrische vnd perspektiuische Inuentiones</i> (1610), showing Platonic solids hanging in a workshop. (1610), from Newe geometrische vnd perspektiuische Inuentiones
    .

    Source: New York Public Library

    pdimagearchive.org/images/a78a

    #mathematics #globes #cartography #exploration #perspective #euclid #polyhedra #geometry #melancholy #art #publicdomain

  26. Engraving from Johannes Faulhaber’s <i>Newe geometrische vnd perspektiuische Inuentiones</i> (1610), showing Platonic solids hanging in a workshop. (1610), from Newe geometrische vnd perspektiuische Inuentiones
    .

    Source: New York Public Library

    pdimagearchive.org/images/a78a

    #mathematics #globes #cartography #exploration #perspective #euclid #polyhedra #geometry #melancholy #art #publicdomain

  27. Engraving from Johannes Faulhaber’s <i>Newe geometrische vnd perspektiuische Inuentiones</i> (1610), showing Platonic solids hanging in a workshop. (1610), from Newe geometrische vnd perspektiuische Inuentiones
    .

    Source: New York Public Library

    pdimagearchive.org/images/a78a

    #mathematics #globes #cartography #exploration #perspective #euclid #polyhedra #geometry #melancholy #art #publicdomain

  28. Euclid is only 1.5 years into its Euclid Wide Survey and has found 31 new quasars from the Universe's first 800 million years. Though the Survey isn't specifically aimed at finding ancient quasars,… #science #euclid #quasars

    universetoday.com/articles/the

    Posted into FLIPBOARD EXCHANGE FEED 🗞️ @flipboard-exchange-feed-Econopass

  29. #Euclid was built to look deep into the Universe and find quasars. Now with the help of #machinelearning that search for quasars got 10 times more successful!

    Read the full story on the NOVA website (link in bio).

    Research: D. Yang et al. (2026)

    #astronomy #nova #space #science

    youtube.com/shorts/2VBUrDzSYW4

  30. #Euclid was built to look deep into the Universe and find quasars. Now with the help of #machinelearning that search for quasars got 10 times more successful!

    Read the full story on the NOVA website (link in bio).

    Research: D. Yang et al. (2026)

    #astronomy #nova #space #science

    youtube.com/shorts/2VBUrDzSYW4

  31. #Euclid was built to look deep into the Universe and find quasars. Now with the help of #machinelearning that search for quasars got 10 times more successful!

    Read the full story on the NOVA website (link in bio).

    Research: D. Yang et al. (2026)

    #astronomy #nova #space #science

    youtube.com/shorts/2VBUrDzSYW4

  32. #Euclid was built to look deep into the Universe and find quasars. Now with the help of #machinelearning that search for quasars got 10 times more successful!

    Read the full story on the NOVA website (link in bio).

    Research: D. Yang et al. (2026)

    #astronomy #nova #space #science

    youtube.com/shorts/2VBUrDzSYW4

  33. #Euclid was built to look deep into the Universe and find quasars. Now with the help of #machinelearning that search for quasars got 10 times more successful!

    Read the full story on the NOVA website (link in bio).

    Research: D. Yang et al. (2026)

    #astronomy #nova #space #science

    youtube.com/shorts/2VBUrDzSYW4

  34. The Euclid Space Telescope Has Found 31 New Ancient Quasars, Including the Most Ancient One Ever Found
    atlas.whatip.xyz/post.php?slug
    <p>Euclid is only 1.5 years into its Euclid Wide Survey and has found 31 new quasars from the
    #quasars #ancient #euclid #survey

  35. Das Weltraumteleskop Euclid hat 31 neue Quasare entdeckt, darunter die ältesten jemals beobachteten Exemplare. Die Funde stammen aus der Frühzeit unseres Universums. #Euclid #Astronomie winfuture.de/news,159817.html?

  36. Das Weltraumteleskop Euclid hat 31 neue Quasare entdeckt, darunter die ältesten jemals beobachteten Exemplare. Die Funde stammen aus der Frühzeit unseres Universums. #Euclid #Astronomie winfuture.de/news,159817.html?

  37. Das Weltraumteleskop Euclid hat 31 neue Quasare entdeckt, darunter die ältesten jemals beobachteten Exemplare. Die Funde stammen aus der Frühzeit unseres Universums. #Euclid #Astronomie winfuture.de/news,159817.html?

  38. Das Weltraumteleskop Euclid hat 31 neue Quasare entdeckt, darunter die ältesten jemals beobachteten Exemplare. Die Funde stammen aus der Frühzeit unseres Universums. #Euclid #Astronomie winfuture.de/news,159817.html?

  39. Das Weltraumteleskop Euclid hat 31 neue Quasare entdeckt, darunter die ältesten jemals beobachteten Exemplare. Die Funde stammen aus der Frühzeit unseres Universums. #Euclid #Astronomie winfuture.de/news,159817.html?

  40. #TachyonBeam #astronomy #ESA #SMBH #quasars #Euclid

    An article published in the journal "Astronomy & Astrophysics" reports the discovery of 31 new primordial quasars, including the two oldest known so far. A team of researchers used observations conducted with ESA's Euclid space telescope as part of the Euclid Wide Survey to find quasars we see as they were when the universe was no more than 800 million years old.

    english.tachyonbeam.com/2026/0