However, a newly discovered dwarf galaxy at a distance of "only" 94 million light-years defies these expectations. It is called FAST J0139+4328 and does not emit optical light. [...] This was found by a team of researchers led by astrophysics PhD student Marika Giulietti from the Italian research facility Scuola Internazionale Superiore di Studi Avanzati (Sissa) in Trieste using the ALMA interferometer in the Atacama Desert in northern Chile.
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But a group of researchers from the International School of Advanced Studies (SISSA) say they've discovered a new galaxy in a relatively young universe, all thanks to Albert Einstein's enduring theory of relativity. "This was a very special celestial body," Marika Giulietti, who studies astrophysics and cosmology at SISSA, says in a news release.
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The "invisible galaxy" was revealed through ALMA telescope observations. Marika Giuliette et al. How do you describe a galaxy that doesn't want to be seen? You break out a cosmic magnifying glass. A research team led by astrophysics doctoral student Marika Giulietti of the Scuola Internazionale Superiore di Studi Avanzati (Sissa) in Italy published a study on an "very special" galaxy in The Astrophysical Journal this month.
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How do you describe a galaxy that doesn't want to be seen? They break out a cosmic magnifying glass. A research team led by astrophysics PhD student Marika Giulietti from the ScuolaInternazionale 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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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.
Read the article here
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.
Read the article here
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.
Read the article here
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.
Read the article here
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.
Read the article here
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.
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Physicists have constructed a quantum system for the first time that can determine and display prime numbers and other mathematical number sequences. Based on special formulas, this "quantum abacus" generates an optical interference pattern in which, for example, only the prime numbers appear as discrete energy states. According to the team, such quantum systems could open up new possibilities for calculating arithmetic number sequences.
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Galassia invisibile: la scoperta di un team di ricercatori della Sissa di Trieste. Conoscere le sue caratteristiche potrebbe aiutarci a comprendere meglio l’evoluzione del nostro Universo.
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Un objeto tan oscuro que resulta casi invisible, i ncluso 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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The Astrophysical Journal ha pubblicato uno studio su una galassia particolare perché lontana e oscura. Lo studio è condotto da un gruppo di Ricercatori del SISSA in Italia.
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Conoscere le sue caratteristiche potrebbe aiutarci a comprendere meglio l'evoluzione del nostro Universo Ed eccoci di nuovo con gli occhi rivolti verso il cielo. Merito della recente scoperta di una galassia invisibile firmata da un gruppo di ricercatori della Sissa (Scuola internazionale superiore di studiavanzati) di Trieste in collaborazione con l'Istituto di RadioAstronomia (parte dell'Istituto Nazionale di Astrofisica, Inaf) e pubblicata su The Astrophysical Journal.
Leggi l'articolo completo qui
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
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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In a new study, a team from SISSA presents high-resolution observations of the strongly lensed galaxy HATLASJ113526.2-01460 made by the Atacama Large Millimeter/submillimeter Array. The galaxy is a highly remote celestial body in a still-young Universe.
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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 NASAESA Hubble Space Telescope 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 InternazionaleSuperiore 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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