Category:Gravitational lensing

Sous-catégories

Cette catégorie comprend 8 sous-catégories, dont les 8 ci-dessous.

Média dans la catégorie « Gravitational lensing »

Cette catégorie comprend 142 fichiers, dont les 142 ci-dessous.

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  1919 eclipse (iau1907c).tif 700 × 899 ; 379 kio
  
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  1919 eclipse negative.jpg 700 × 899 ; 311 kio
  
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  1919 eclipse positive.jpg 490 × 533 ; 71 kio
  
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  2004GravitationalLens.jpg 1 393 × 1 393 ; 308 kio
  
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  A gravitational Einstein Ring (eso8716a).jpg 1 758 × 1 287 ; 764 kio
  
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  A gravitational Einstein Ring (eso8716a).tif 1 758 × 1 287 ; 1,65 Mio
  
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  A remote light source passing behind a gravitational lens.gif 308 × 160 ; 79 kio
  
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  Abell 315 (captured by the MPG-ESO 2.2-metre telescope).jpg 8 249 × 8 187 ; 64,28 Mio
  
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  ALMA image of the gravitationally lensed galaxy SDP.81..jpg 2 153 × 2 153 ; 259 kio
  
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  ALMA view of the 9io9 galaxy (eso2316a).jpg 6 336 × 6 336 ; 1,63 Mio
  
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  ALMA’s Hole in the Universe.jpg 3 816 × 3 559 ; 2,7 Mio
  
• Artist's impression of gravitational lensing of a distant merger.ogv 31 s, 1 920 × 1 080 ; 2,77 Mio
  
• BBH gravitational lensing of gw150914.webm 35 s, 1 920 × 1 080 ; 16,72 Mio
  
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  Binary Black Hole.jpg 15 000 × 9 000 ; 8,84 Mio
  
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  Black hole optics.png 2 400 × 1 480 ; 3,65 Mio
  
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  BlackHole Lensing.gif 320 × 256 ; 12,35 Mio
  
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  Bright X-Ray cluster acts as strong gravitational lens (eso9509a).jpg 600 × 608 ; 89 kio
  
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  Bright X-Ray cluster acts as strong gravitational lens (eso9509a).tiff 2 252 × 2 252 ; 2 Mio
  
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  Cannibalistic Galaxy Bends Light And Reveals Its Monstrous Appetite (gemini1006a).jpg 3 217 × 2 570 ; 1,31 Mio
  
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  Cannibalistic Galaxy Bends Light And Reveals Its Monstrous Appetite (gemini1006a).tiff 3 217 × 2 570 ; 23,7 Mio
  
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  Cannibalistic Galaxy Bends Light And Reveals Its Monstrous Appetite (gemini1006c).jpg 2 880 × 2 880 ; 432 kio
  
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  Cannibalistic Galaxy Bends Light And Reveals Its Monstrous Appetite (gemini1006c).tiff 2 880 × 2 880 ; 23,76 Mio
  
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  Close-up of gravitational lenses with annotations (noirlab2325c).jpg 2 209 × 1 603 ; 984 kio
  
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  Close-up of gravitational lenses with annotations (noirlab2325c).tiff 2 209 × 1 603 ; 20,29 Mio
  
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  Comparison image HAWK-I and Hubble Explore a Cluster with the Mass of two Quadrillion Suns (38405172865).jpg 1 280 × 1 339 ; 183 kio
  
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  Comparison of a Model of a Blue Supergiant’s Spectrum with Observational Data (2018-13-4129).png 8 324 × 7 479 ; 5,82 Mio
  
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  Comparison of a Model of a Blue Supergiant’s Spectrum with Observational Data (2018-13-4129).tif 2 000 × 1 800 ; 14,35 Mio
  
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  Diagram on "Gravitational Lensing".jpg 3 300 × 2 400 ; 888 kio
  
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  Distant Galaxies of Abell 2218 Viewed Through a Cosmic Lens (1995-14-274).jpg 1 288 × 655 ; 127 kio
  
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  Distant Galaxies of Abell 2218 Viewed Through a Cosmic Lens (1995-14-274).tiff 1 288 × 655 ; 827 kio
  
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  EinsteinLeiden4.jpg 2 816 × 2 112 ; 4,04 Mio
  
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  ESO-Gravitational Lensing NGC 300.jpg 1 304 × 1 496 ; 3,05 Mio
  
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  Galaxy Cluster 0024+1654 as a Gravitational Lens (opo9610a).jpg 800 × 800 ; 338 kio
  
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  Galaxy Cluster Abell 370 (2018-39-4229).png 7 819 × 8 897 ; 94,8 Mio
  
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  Galaxy Cluster Abell 370 (2018-39-4229).tif 7 819 × 8 897 ; 88,88 Mio
  
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  Galaxy Cluster Magnifies Light of More-Distant Galaxy (1997-25-494).pdf 1 650 × 1 275 ; 1,01 Mio
  
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  Galaxy Cluster Roentgen and GravityLense.jpg 576 × 454 ; 284 kio
  
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  Gemini Observatory Confirms Spiral Nature of Extremely Distant Lensed Galaxy (gemini1709a).jpg 3 433 × 1 973 ; 1,23 Mio
  
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  Gemini Observatory Confirms Spiral Nature of Extremely Distant Lensed Galaxy (gemini1709a).tiff 3 433 × 1 973 ; 6,22 Mio
  
• Goddard Glossary (SVS14142 - GG GravitationalLensing).webm 56 s, 1 080 × 1 920 ; 6,99 Mio
  
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  Goddard Glossary (SVS14142 - GoddardGlossary-Thumb-GL).png 2 250 × 4 000 ; 383 kio
  
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  Grav sheme.png 628 × 523 ; 36 kio
  
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  Grav-lensing.svg 480 × 329 ; 85 kio
  
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  Gravitacni cocka.svg 474 × 592 ; 21 kio
  
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  Gravitational Arcs (9-Gravitational-Arcs-2x-CC2).jpg 1 218 × 1 602 ; 375 kio
  
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  Gravitational Arcs (9-Gravitational-Arcs-2x-CC2).tiff 1 218 × 1 602 ; 2,02 Mio
  
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  Gravitational Lens (41586 1979 BF279381a0 Fig1 105x-CC).jpg 1 347 × 1 364 ; 462 kio
  
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  Gravitational Lens (41586 1979 BF279381a0 Fig1 105x-CC).tiff 1 347 × 1 364 ; 2,73 Mio
  
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  Gravitational lens found in the DESI Legacy Survey data (noirlab2104b).jpg 2 000 × 2 000 ; 362 kio
  
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  Gravitational lens found in the DESI Legacy Survey data (noirlab2104b).tiff 2 000 × 2 000 ; 22,91 Mio
  
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  Gravitational lens found in the DESI Legacy Surveys data (noirlab2104c).jpg 2 000 × 2 000 ; 441 kio
  
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  Gravitational lens found in the DESI Legacy Surveys data (noirlab2104c).tiff 2 000 × 2 000 ; 22,92 Mio
  
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  Gravitational lens found in the DESI Legacy Surveys data (noirlab2104d).jpg 2 000 × 2 000 ; 518 kio
  
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  Gravitational lens found in the DESI Legacy Surveys data (noirlab2104d).tiff 2 000 × 2 000 ; 22,91 Mio
  
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  Gravitational lens found in the DESI Legacy Surveys data (noirlab2104e).jpg 2 000 × 2 000 ; 301 kio
  
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  Gravitational lens found in the DESI Legacy Surveys data (noirlab2104e).tiff 2 000 × 2 000 ; 22,91 Mio
  
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  Gravitational lens geometry.svg 512 × 307 ; 2 kio
  
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  Gravitational lens in EMSS 2137–23 (eso9211a).jpg 2 364 × 1 719 ; 1,36 Mio
  
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  Gravitational lens in EMSS 2137–23 (eso9211a).tif 2 364 × 1 719 ; 3,38 Mio
  
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  Gravitational lens-full.jpg 702 × 531 ; 43 kio
  
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  Gravitational lenses found in the DESI Legacy Survey data (noirlab2104a).tiff 3 840 × 3 840 ; 11,15 Mio
  
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  Gravitational lenses found in the DESI Legacy Survey data.jpg 3 840 × 3 840 ; 1,28 Mio
  
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  Gravitational Lensing (2019-20-4377-Image).png 3 000 × 2 400 ; 7,06 Mio
  
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  Gravitational Lensing (2019-20-4377-Image).tiff 3 000 × 2 400 ; 8,31 Mio
  
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  Gravitational Lensing (9822270605).jpg 1 907 × 1 200 ; 314 kio
  
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  Gravitational lensing by a black hole.jpg 1 280 × 720 ; 309 kio
  
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  Gravitational lensing by black hole.tif 1 920 × 1 080 ; 1,9 Mio
  
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  Gravitational Lensing Diagram (2018-23-4149-Image).png 3 000 × 2 100 ; 1,39 Mio
  
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  Gravitational lensing equation.png 601 × 401 ; 27 kio
  
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  Gravitational Lensing Graphic - PIA23641.tiff 4 096 × 2 160 ; 12,83 Mio
  
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  Gravitational lensing in action (galaxy lensing).jpg 4 000 × 3 000 ; 1,29 Mio
  
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  Gravitational lensing in action (galaxy lensing).tiff 4 000 × 3 000 ; 8,86 Mio
  
• Gravitational lensing of distant star-forming galaxies (schematic) -vid-.webm 25 s, 3 840 × 2 160 ; 4,42 Mio
  
• Gravitational lensing of distant star-forming galaxies (schematic) 2.webm 27 s, 1 920 × 1 080 ; 4 Mio
  
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  Gravitational lensing of distant star-forming galaxies (schematic).jpg 4 000 × 2 500 ; 3,88 Mio
  
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  Gravitational micro rev.jpg 400 × 189 ; 12 kio
  
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  Gravitational micro rev.svg 400 × 189 ; 14 kio
  
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  Gravitational micro.jpg 380 × 289 ; 19 kio
  
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  Gravitational-lensing-3d.png 922 × 733 ; 82 kio
  
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  Gravitational-lensing-angles.png 504 × 557 ; 9 kio
  
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  Gravitational.Microlensing.Light.Curve.OGLE-2005-BLG-006.png 882 × 316 ; 7 kio
  
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  Gravitationally Lensed Image of Highest Redshift Galaxy (opo9725a).jpg 3 000 × 2 400 ; 1,53 Mio
  
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  Gravitationally Lensed Image of Highest Redshift Galaxy (opo9725b).jpg 640 × 583 ; 437 kio
  
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  Gravitationally Lensed Image of Highest Redshift Galaxy (opo9725b).tiff 640 × 583 ; 1,09 Mio
  
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  Gravitationally lensed image of highest redshift galaxy (opo9725d).jpg 180 × 200 ; 28 kio
  
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  Gravitationally lensed image of highest redshift galaxy (opo9725d).tiff 180 × 200 ; 54 kio
  
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  Gravitationally lensed image of the galaxy COOL J1241+2219 (grizsimple1-CC).jpg 1 255 × 1 200 ; 287 kio
  
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  Gravitationally lensed image of the galaxy COOL J1241+2219 (grizsimple1-CC).tiff 1 255 × 1 200 ; 1,24 Mio
  
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  Gravitationally Lensed REQUIEM Galaxies (2021-039).png 3 408 × 3 425 ; 15,54 Mio
  
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  Gravitationally Lensed REQUIEM Galaxies (2021-039).tif 1 995 × 1 995 ; 8,57 Mio
  
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  Gravitationslinse.gif 600 × 247 ; 24 kio
  
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  Gravity lens geometry sl.png 2 443 × 1 729 ; 61 kio
  
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  Gravity lens geometry.png 2 443 × 1 729 ; 36 kio
  
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  Gravityscape (12702968684).png 3 309 × 1 692 ; 9,36 Mio
  
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  Hubble Measures Deflection of Starlight by a Foreground Object (Artist's Illustration) (2023-004).png 4 250 × 3 117 ; 4,99 Mio
  
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  Hubble Measures Deflection of Starlight by a Foreground Object (heic2301b).jpg 4 250 × 3 117 ; 1,24 Mio
  
• Hubblecast 70.webm 7 min 42 s, 1 920 × 1 080 ; 200,37 Mio
  
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  Icarus (MACS J1149+2223 Lensed Star 1) (2018-13-4127).tif 4 500 × 3 000 ; 14,34 Mio
  
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  Illustration of Strong Gravitational Lensing (2020-05-4617).jpg 4 096 × 2 160 ; 932 kio
  
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  Infographic - Finding Planets With Microlensing.jpg 3 840 × 2 160 ; 599 kio
  
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  Infographic - Finding Planets With Microlensing.tif 3 840 × 2 160 ; 23,74 Mio
  
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  LAWD 37 (heic2301a).jpg 1 795 × 1 446 ; 474 kio
  
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  Lichtablenkung im Gravitationsfeld.jpg 542 × 302 ; 8 kio
  
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  MACHO-96-BLG-5 CTIO (2000-03-935).jpg 200 × 200 ; 8 kio
  
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  MACHO-96-BLG-5 CTIO (2000-03-935).tif 67 × 67 ; 9 kio
  
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  MACS J0138 Compass Image (2021-030).png 1 762 × 881 ; 2,22 Mio
  
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  MACS J0138 Compass Image (2021-030).tif 1 762 × 881 ; 2,65 Mio
  
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  MACS J0138 Hubble and Webb Side-by-Side (01HHFSVTR4XMP93KYDMYJM0Y4B).png 2 809 × 1 404 ; 5,28 Mio
  
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  MACS J0417 5-1154 Wide Field (NIRCam) (2024-128).png 4 623 × 4 623 ; 35,14 Mio
  
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  MACSJ 0138 (2021-030).png 1 762 × 881 ; 2,21 Mio
  
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  MACSJ 0138 (2021-030).tif 1 762 × 881 ; 2,63 Mio
  
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  Microlensingexoplanet.gif 500 × 281 ; 19,28 Mio
  
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  MicrolensingGAIA.gif 800 × 500 ; 1,95 Mio
  
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  Mirges gravitationnels.PNG 529 × 633 ; 72 kio
  
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  Montage of the SDP.81 Einstein Ring and the lensed galaxy.jpg 1 280 × 468 ; 79 kio
  
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  Mosaic of Gravitationally Lensed Quasars (2020-04-4606) cropped RX J1131-1231.tif 452 × 474 ; 669 kio
  
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  NASA-ESA Hubble Space Telescope colour images of gravitational lenses (opo9203b).jpg 3 000 × 2 400 ; 2,11 Mio
  
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  NASA-ESA Hubble Space Telescope colour images of gravitational lenses (opo9203b).tiff 3 000 × 2 400 ; 10,64 Mio
  
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  Neutronstar Light Deflection.png 1 024 × 768 ; 7 kio
  
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  Neutronstar Light Deflection.svg 500 × 400 ; 12 kio
  
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  New Class of Cross-Shaped Gravitational Lenses for Probing Structure of the Cosmos (1995-43-348).jpg 800 × 465 ; 49 kio
  
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  PIA23641-GravitationalLensing-20200108.jpg 4 096 × 2 160 ; 733 kio
  
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  Question Mark Galaxy (NIRCam) (2024-128).png 1 651 × 1 320 ; 3,55 Mio
  
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  Question Mark Galaxy - Hubble and Webb (2024-128).png 3 300 × 1 320 ; 6,51 Mio
  
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  SDSS-133145.32+513431.2.jpg 1 594 × 1 500 ; 1,28 Mio
  
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  Seeing Triple (Annotated) (potm2302b).jpeg 5 707 × 3 621 ; 3,2 Mio
  
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  Shapenoise.svg 800 × 800 ; 376 kio
  
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  Shear-components.svg 145 × 188 ; 483 kio
  
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  Solar gravitational lense point.jpg 1 358 × 756 ; 432 kio
  
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  Space telescopes measure black hole's spin cropped.jpg 700 × 700 ; 116 kio
  
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  Spectrum of the giant arc in Abell 370 (eso8715b).jpg 1 824 × 1 467 ; 298 kio
  
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  Spectrum of the giant arc in Abell 370 (eso8715b).tif 1 824 × 1 467 ; 104 kio
  
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  The gravitational lens system UM673 (eso8715a).jpg 1 782 × 1 260 ; 863 kio
  
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  The gravitational lens system UM673 (eso8715a).tif 1 782 × 1 260 ; 5,75 Mio
  
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  Twin Quasar 300.jpg 600 × 600 ; 144 kio
  
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  Twin Quasar Label.jpg 600 × 600 ; 150 kio
  
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  TwinQuasar.jpg 2 921 × 2 921 ; 1,98 Mio
  
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  VV191 Galaxy Pair with Gravitational Lensing Pull-out (52406693299).png 2 050 × 1 832 ; 4,54 Mio
  
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  Weak lensing illustration.png 800 × 400 ; 83 kio
  
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  Webb, Hubble Team Up to Trace Interstellar Dust Within a Galactic Pair (52406400196).png 1 858 × 1 836 ; 4,18 Mio
  
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  WFIRST-Planètes-détectables-par-le-coronographe.png 898 × 730 ; 752 kio
  
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  What Euclid will measure- weak lensing ESA24866682.png 8 000 × 4 500 ; 12,34 Mio