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Frits Zwicky 1939: galaxy-lens at 1 Gpc: 3’’ Note that a galaxy is largely transparent.

Macrolenses. Frits Zwicky 1939: galaxy-lens at 1 Gpc: 3’’ Note that a galaxy is largely transparent. Macrolenses. 1979; 0957+561 MERLIN. Lensing galaxy. A. Q0957+561AB. lens. B. Spectral proof of identical objects. Lensed VLBI radio jet. Arcs & arclets. Abell 2218. CL2244-02

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Frits Zwicky 1939: galaxy-lens at 1 Gpc: 3’’ Note that a galaxy is largely transparent.

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  1. New Windows on the Universe

  2. New Windows on the Universe

  3. New Windows on the Universe

  4. Macrolenses Frits Zwicky 1939: galaxy-lens at 1 Gpc: 3’’ Note that a galaxy is largely transparent. New Windows on the Universe

  5. Macrolenses 1979; 0957+561 MERLIN Lensing galaxy New Windows on the Universe

  6. New Windows on the Universe

  7. A Q0957+561AB lens B New Windows on the Universe

  8. Spectral proof of identical objects New Windows on the Universe

  9. Lensed VLBI radio jet New Windows on the Universe

  10. New Windows on the Universe

  11. Arcs & arclets Abell 2218 New Windows on the Universe

  12. New Windows on the Universe

  13. CL2244-02 ESO: VLT UT1 + ISAAC New Windows on the Universe

  14. Giant arcs Abell 370 CL2244 New Windows on the Universe

  15. Dark matter Mass determination 0024+1654 New Windows on the Universe

  16. Tyson New Windows on the Universe

  17. Dark matter New Windows on the Universe

  18. New Windows on the Universe

  19. New Windows on the Universe

  20. New Windows on the Universe

  21. Einstein crosses Einstein cross NOT New Windows on the Universe

  22. HST WFPC2 New Windows on the Universe

  23. Einstein rings New Windows on the Universe

  24. HST/NICMOS 5 GHZ IR(HST/ NICMOS) Example of Einstein ring New Windows on the Universe

  25. Microlenses Star behind black hole creates Einstein S O M Lens Symmetrical and achromatic light curves. Microlens event New Windows on the Universe

  26. New Windows on the Universe

  27. Lensing event New Windows on the Universe

  28. New Windows on the Universe

  29. New Windows on the Universe

  30. MACHO Magellaanse Wolk New Windows on the Universe

  31. Microlens in macrolens New Windows on the Universe

  32. The early universe: gravity as telescope New Windows on the Universe

  33. New Windows on the Universe

  34. Structure of the Universe Determinatiion of H0from Pathlengths difference New Windows on the Universe

  35. 415 days difference Q0957+561AB New Windows on the Universe

  36. New Windows on the Universe

  37. Abell 1689 Statistical analysis New Windows on the Universe

  38. Simulations New Windows on the Universe

  39. New Windows on the Universe

  40. New Windows on the Universe

  41. New Windows on the Universe

  42. New Windows on the Universe

  43. New Windows on the Universe

  44. New Windows on the Universe

  45. New Windows on the Universe

  46. New Windows on the Universe

  47. New Windows on the Universe

  48. New Windows on the Universe

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