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SUMMARY:Exploring and the Low Surface Brightness Universe with Deep Imagin
 g
DTSTART:20230607T160000Z
DTEND:20230607T170000Z
DTSTAMP:20260704T145926Z
UID:62a008b1-adaf-4d24-9e60-82a818c171e9
SEQUENCE:2
CREATED:20230226T230553Z
DESCRIPTION:Title: Exploring and the Low Surface Brightness Universe with 
 Deep ImagingSpeaker: Prof. Pierre-Alain DucAbstract:The exploration of the
  Low Surface Brightness (LSB) Universe currently motivates several surveys
  across the world\, carried out with a number of instruments\, and provid
 es observational constrains for numerical simulations.  It impacts multip
 le scientific fields\, including the ISM structure\, galaxy formation and
  evolution and cosmology\, and has generated passionate debates\, for inst
 ance regarding the very existence\, nature and  properties of the so cal
 led Ultra-Diffuse-Galaxies.  Meanwhile the community  prepares for the e
 xploitation of next generation surveys\, including Euclid and LSST. I wil
 l review the current efforts done by our group in this active field of sci
 ence and will in particular focus on what deep imaging can tell us about t
 he way galaxies have assembled their mass through mergers.
LAST-MODIFIED:20230226T230557Z
LOCATION:PA1\, Mathematics
URL:http://df.vps.tecnico.ulisboa.pt/pt/eventos/exploring-and-the-low-surf
 ace-brightness-universe-with-deep-imaging/
X-ALT-DESC;FMTTYPE=text/html:<p data-block-key="48khu"><b>Title:</b> Explo
 ring and the Low Surface Brightness Universe with Deep Imaging</p><p data-
 block-key="147el"><b>Speaker:</b> Prof. Pierre-Alain Duc</p><p data-block-
 key="apgch"><b>Abstract:</b></p><p data-block-key="4r0ul">The exploration 
 of the Low Surface Brightness (LSB) Universe currently motivates several s
 urveys across the world\, carried out with a number of instruments\, and 
 provides observational constrains for numerical simulations.  It impacts 
 multiple scientific fields\, including the ISM structure\, galaxy formati
 on and evolution and cosmology\, and has generated passionate debates\, fo
 r instance regarding the very existence\, nature and  properties of the 
 so called Ultra-Diffuse-Galaxies.  Meanwhile the community  prepares for
  the exploitation of next generation surveys\, including Euclid and LSST.
  </p><p data-block-key="cge0q">I will review the current efforts done by 
 our group in this active field of science and will in particular focus on 
 what deep imaging can tell us about the way galaxies have assembled their 
 mass through mergers.</p>
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