Un oggetto così scuro da risultare quasi invisibile, anche a strumenti altamente sofisticati. La sua natura è stata a lungo oggetto di dibattito, ma attraverso indagini effettuate con l'interferometro ALMA, il gruppo di ricerca della SISSA guidato dal Prof. Andrea Lapi, che conduce ricerche sulla formazione e l'evoluzione delle galassie, è finalmente riuscito a identificarne le proprietà principali.
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Un team internazionale di ricercatori della SISSA (ScuolaInternazionale Superiore di Studi Avanzati) sono riusciti a vedere quella che chiamano una "galassia invisibile", che in precedenza era sfuggita ai telescopi più avanzati. Il gruppo di astrofisica e cosmologia della SISSA ha collaborato con il centro regionale ALMA dell'Istituto di Radioastronomia di Bologna.
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Scientists have finally succeeded in identifying the features of an extremely remote celestial body - a mysterious galaxy that hides from even the most sophisticated instruments such as the NASA/ESA Hubble Space Telescope. A research team from Scuola Internazionale Superiore di Studi Avanzati (or SISSA), led by Prof. Andrea Lapi, was able to determine the main properties of this mysterious invisible galaxy using the ALMA interferometer in the Atacama Desert of northern Chile.
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This month, The Astrophysical Journal published a study on a "very unusual" galaxy conducted by a team of researchers at Sissa in Italy. The "Invisible Galaxy," a black galaxy that has previously eluded our most advanced telescopes, has been found by researchers. Even the most cutting-edge instruments were unable to detect the extremely faraway item. In a recent study presented in The Astrophysical Journal, a team from SISSA has fully characterised its properties.
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This month, The Astrophysical Journal published a study on a very unusual galaxy conducted by a team of researchers at the Scuola InternazionaleSuperiore di Studi Avanzati (Sissa) in Italy.
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A mysterious and very distant object, in a universe as it was 'just' two billion years after the Big Bang, that hides from even the most advanced instruments. Its features have finally been described by a team from SISSAin a recently published study reported in The Astrophysical Journal.
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Cette galaxie sombre a échappé aux meilleurs instruments d'observation. Jusqu'à aujourd'hui Une équipe de chercheurs dirigée par Marika Giulietti, doctorante en astrophysique à la Scuola Internazionale Superiore di Studi Avanzati (Sissa) en Italie, a publié ce mois-ci dans The Astrophysical Journal une étude sur une galaxie « très spéciale ».
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Un objeto tan oscuro que resulta casi invisible , incluso para los instrumentos más sofisticados. Su naturaleza ha sido objeto de debate durante mucho tiempo, pero mediante sondeos realizados con el interferómetro ALMA, el grupo de investigación del International School of Advanced Studies (SISSA), en Italia, dirigido por el profesor Andrea Lapi, que investiga la formación y evolución de las galaxias, ha logrado finalmente identificar sus principales propiedades.
Read the article here (in Spanish)
Un objeto tan oscuro que resulta casi invisible , incluso para los instrumentos más sofisticados. Su naturaleza ha sido objeto de debate durante mucho tiempo, pero mediante sondeos realizados con el interferómetro ALMA, el grupo de investigación del International School of Advanced Studies (SISSA), en Italia, dirigido por el profesor Andrea Lapi, que investiga la formación y evolución de las galaxias, ha logrado finalmente identificar sus principales propiedades.
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How would you describe a galaxy that doesn't want to be seen? You pull out a cosmic magnifying glass. A research team led by astrophysics PhD student Marika Giulietti of the Scuola Internazionale Superiore di Studi Avanzati (Sissa) in Italy published a study of a "very special" galaxy in The Astrophysical Journal this month.
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Un objeto tan oscuro que resulta casi invisible , incluso para los instrumentos más sofisticados. Su naturaleza ha sido objeto de debate durante mucho tiempo, pero mediante sondeos realizados con el interferómetro ALMA, el grupo de investigación del International School of Advanced Studies (SISSA), en Italia, dirigido por el profesor Andrea Lapi, que investiga la formación y evolución de las galaxias, ha logrado finalmente identificar sus principales propiedades.
Read the article here (in Spanish)
Un objeto tan oscuro que resulta casi invisible , incluso para los instrumentos más sofisticados. Su naturaleza ha sido objeto de debate durante mucho tiempo, pero mediante sondeos realizados con el interferómetro ALMA, el grupo de investigación del International School of Advanced Studies (SISSA), en Italia, dirigido por el profesor Andrea Lapi, que investiga la formación y evolución de las galaxias, ha logrado finalmente identificar sus principales propiedades.
Read the article here (in Spanish)
Un objeto tan oscuro que resulta casi invisible , incluso para los instrumentos más sofisticados. Su naturaleza ha sido objeto de debate durante mucho tiempo, pero mediante sondeos realizados con el interferómetro ALMA, el grupo de investigación del International School of Advanced Studies (SISSA), en Italia, dirigido por el profesor Andrea Lapi, que investiga la formación y evolución de las galaxias, ha logrado finalmente identificar sus principales propiedades.
Read the article here (in Spanish)
A mysterious and very distant object, in a universe as it was 'just' two billion years after the Big Bang, hides from even the most advanced instruments. Its features have finally been described by a team from SISSA in a recently published study reported in The Astrophysical Journal An extremely remote celestial body in a still young universe, one sixth the size of the present one.
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A mysterious and very distant object, in a universe as it was 'just' two billion years after the Big Bang, hides from even the most advanced instruments. Its features have finally been described by a team from SISSA in a recently published study reported in The Astrophysical Journal An extremely remote celestial body in a still young universe, one sixth the size of the present one.
Read th article here
A mysterious and very distant object, in a universe as it was 'just' two billion years after the Big Bang, hides from even the most advanced instruments. Its features have finally been described by a team from SISSA in a recently published study reported in The Astrophysical Journal An extremely remote celestial body in a still young universe, one sixth the size of the present one.
Read th article here
A mysterious and very distant object, in a universe as it was 'just' two billion years after the Big Bang, hides from even the most advanced instruments. Its features have finally been described by a team from SISSA in a recently published study reported in The Astrophysical Journal An extremely remote celestial body in a still young universe, one sixth the size of the present one.
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Serena Carra, Prof.ssa Associata dell’Università di Modena e Reggio Emilia è la vincitrice del primo bando per ricercatori giunti a metà della loro carriera, messo a disposizione dall’associazione Airalzh (Associazione Italiana Ricerca Alzheimer) e dalla Fondazione Armenise-Harvard. [...] Ad oggi, il programma CDA ha sostenuto 30 giovani scienziati. I CDA hanno istituito laboratori a Milano (EIO, IFOM/FIRC, Istituto San Raffaele, Università di Milano, CNR), Roma (La Sapienza, EBRI), Padova (VIMM, Università di Padova), Trento (Dipartimento CIBIO, Università di Trento), Palermo (Università di Palermo), Trieste (SISSA)...
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Ein mysteriöses und sehr weit entferntes Objekt in einem Universum, wie es nur" zwei Milliarden Jahre nach dem Urknall war, versteckt sich selbst vor den fortschrittlichsten Instrumenten. Seine Eigenschaften wurden schließlich von einem Team von SISSA in einer kürzlich veröffentlichten Studie beschrieben, über die berichtet wurde Das Astrophysikalische Journal Ein extrem abgelegener Himmelskörper in einem noch jungen Universum, ein Sechstel so groß wie der jetzige.
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Un corpo celeste remotissimo, che si trova in un Universo ancora giovane, grande un sesto di quello attuale. Un oggetto talmente oscuro da risultare quasi invisibile anche a strumentazioni raffinatissime. La sua natura è stata a lungo dibattuta ma ora, grazie alle rilevazioni fatte con l’interferometro ALMA, il gruppo di ricerca in formazione ed evoluzione delle galassie della SISSA guidato dal Prof. Andrea Lapi è finalmente riuscito a identificarne le caratteristiche principali.
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