– having regard to the statements by the Members of the European Council and the G7 foreign ministers of 30 September 2022 on Ukraine, – having regard to the Helsinki Final Act of 1975, – having regard to its previous resolutions on Ukraine and Russia, Raffaele Fitto, Anna Fotyga, Roberts Zīle, Witold Jan Waszczykowski, Jadwiga Wiśniewska, Dominik Tarczyński, Kosma Złotowski, Adam Bielan, Bogdan Rzońca, Elżbieta Rafalska, Ryszard Czarnecki, Jacek Saryusz‑Wolski, Joachim Stanisław Brudziński, Tomasz Piotr Poręba, Valdemar Tomaševski, Charlie Weimers, Zbigniew Kuźmiuk, Carlo Fidanza, Patryk Jaki, Eugen Jurzyca, Beata Kempa, Elżbieta Kruk, Beata MazurekĮuropean Parliament resolution on Russia’s escalation of its war of aggression against Ukraine Petras Auštrevičius, Dita Charanzová, Olivier Chastel, Bart Groothuis, Moritz Körner, Ilhan Kyuchyuk, Nathalie Loiseau, Karen Melchior, Dragoş Pîslaru, Michal Šimečka, Nicolae Ştefănuță, Ramona Strugariu, Frédérique Ries, Dragoş Tudorache, Hilde Vautmans Michael Gahler, Andrius Kubilius, Rasa Juknevičienė, Željana Zovko, David McAllister, Vangelis Meimarakis, Siegfried Mureşan, Paulo Rangel, Jerzy Buzek, Traian Băsescu, Vladimír Bilčík, Vasile Blaga, Daniel Buda, Daniel Caspary, Peter van Dalen, Gheorghe Falcă, Tomasz Frankowski, Andrzej Halicki, Mircea‑Gheorghe Hava, Sandra Kalniete, Arba Kokalari, Ewa Kopacz, Andrey Kovatchev, David Lega, Aušra Maldeikienė, Lukas Mandl, Marian‑Jean Marinescu, Gabriel Mato, Liudas Mažylis, Francisco José Millán Mon, Janina Ochojska, Radosław Sikorski, Michaela Šojdrová, Eugen Tomac, Inese Vaidere, Loránt Vincze, Isabel Wiseler‑Lima, Alexander Alexandrov Yordanov, Milan Zver, Miriam Lexmann, Antonio López‑Istúriz White, Elżbieta Katarzyna Łukacijewska Pursuant to Rule 132(2) and (4) of the Rules of Procedure “We're seeing these really pretty spirals, these merging galaxies, all of these like weird objects with the Webb data that Hubble didn't have enough resolution to see, so it's really cool.JOINT MOTION FOR A RESOLUTION on Russia’s escalation of its war of aggression against Ukraine “It's showing us the higher edge of the universe that up until now was all of these faint fuzzy blobs, which actually have a lot more structure to it than we expected,” he said. Iyer says their research is a testament to the incredible data that has been found since the James Webb telescope’s launch less than a year ago that he said its predecessor, the Hubble Space telescope, took years to capture. Iyer says through further investigation with the NIR they are hoping to determine how big these clusters are, how they are formed and even more details on the Sparkler Galaxy itself. “Objects like the Sparkler were an ‘unknown unknown' – we didn't know that we didn't know about them – so finding it was really exciting,” Iyer said to CTVNews.ca on Thursday.Īs they continue with their research, both say they are looking forward to discovering what else they can learn about these globular clusters and perhaps similar "unknown unknown" objects they didn’t know about. Iyer says while the Webb telescope was intended to find early data of the universe, their team was still surprised to find these clusters, specifically ones that are billions of years old. However, it was the Canadian-made Near-Infrared Imager and Slitless Spectrograph (NIRISS) instrument on Webb telescope that was able to determine how old these clusters are. The researchers were able to observe the objects through the use of the James Webb telescope’s Near-Infrared (NIR) camera, along with archival data from the Hubble Space telescope. “So that means that these stars were formed very early on in the universe, right after the big bang, where the first stars were getting born that's the era when the star clusters were born,” Mowla said to CTVNews.ca in a phone interview on Thursday. Out of the 12 globular clusters analyzed, five of them are estimated to be about four billion years old themselves. Their team observed the galaxy as it was nine billion years ago, when the universe was just four-and-a-half billion years old. Lamiya Mowla and Kartheik Iyer, co-lead authors and fellows at the Dunlap Institute for Astronomy & Astrophysics at the University of Toronto, published their findings on Thursday in the Astrophysical Journal Letters. These clusters were spotted in the "Sparkler Galaxy," notable captured by the James Webb Space Telescope’s First Deep Field image in July. In a galaxy nine billion light years away shines a form of star clusters that these Canadian researchers hope will shed new details on the universe’s earliest discoveries.Ī team of researchers with the Canadian Near-Infrared Imager and Slitless Spectrograph Unbiased Cluster Survey (CANUCS) team found evidence of the oldest distant globular clusters.
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