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Tony Fairall / University of Cape Town / Aug 06

Explore nearby structures in the supergalactic coordinate system with moving slices and detailed labels. Discover voids, walls, and superclusters in various directions up to -7000 km/s.

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Tony Fairall / University of Cape Town / Aug 06

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  1. 6dF VisualizationsSupergalactic Cartesian Coordinates SGX Moving Slice1000 km/s thickSGX from 5000 to -10000in steps of 500 km/sWorking version with labels – Sep 21Nearby Structures Tony Fairall / University of Cape Town / Aug 06

  2. +SGY REFERENCEGRID +5000 +5000 -5000 +SGZ 0 -SGZ ZOA o -5000 -SGY Looking in a negative SGX direction. This grid applies to all slides following.

  3. SGX = 5000 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA E R I D A N U S 6dF NEARBY STRUCTURES Each slice is 1000 km/s thick.

  4. SGX = 4500 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA E R I D A N U S 6dF NEARBY STRUCTURES

  5. SGX = 4000 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA E R I D A N U S 6dF NEARBY STRUCTURES

  6. SGX = 3500 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA V25 E R I D A N U S 6dF NEARBY STRUCTURES

  7. SGX = 3000 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA V25 V26 E R I D A N U S 6dF NEARBY STRUCTURES

  8. SGX = 2500 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA V23 V25 S C U L P T O R W A L L V26 V27 E R I D A N U S 6dF NEARBY STRUCTURES

  9. SGX = 2000 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA V1 V23 S C U L P T O R W A L L V26 V27 E R I D A N U S 6dF NEARBY STRUCTURES

  10. SGX = 1500 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA V1 V2 V23 COLUMBA VOID S C U L P T O R W A L L V24 6dF NEARBY STRUCTURES

  11. SGX = 1000 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ZOA CANIS MAJOR VOID V1 V2 V23 AQUARIUS VOID LONG WALL COLUMBA VOID S C U L P T O R W A L L V28 V24 FORNAX VOID 6dF NEARBY STRUCTURES

  12. SGX = 500 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S ZOA o ORION VOID ZOA CANIS MAJOR VOID F O R N A X W A L L V1 V23 AQUARIUS VOID COLUMBA VOID S C U L P T O R W A L L V28 V24 FORNAX VOID 6dF NEARBY STRUCTURES

  13. SGX = 0 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S LOCAL VOID ZOA o OUR GALAXY ZOA CANIS MAJOR VOID V37 F O R N A X W A L L V1 ERIDANUS VOID V23 AQUARIUS VOID L E P U S COLUMBA VOID S C U L P T O R W A L L V24 FORNAX VOID 6dF NEARBY STRUCTURES

  14. SGX = -500 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S LOCAL VOID ZOA o ZOA MICROSCOPIUM VOID CANIS MAJOR VOID CETUS FORNAX V37 F O R N A X W A L L V1 ERIDANUS VOID V23 V30 AQUARIUS VOID COLUMBA VOID L E P U S SCULPTOR VOID V29 S C U L P T O R W A L L V24 FORNAX VOID 6dF NEARBY STRUCTURES

  15. SGX = -1000 V42 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S LOCAL VOID ZOA o ZOA MICROSCOPIUM VOID CANIS MAJOR VOID CETUS V37 F O R N A X W A L L V1 ERIDANUS VOID V30 AQUARIUS VOID L E P U S V34 SCULPTOR VOID V29 S C U L P T O R W A L L FORNAX VOID 6dF NEARBY STRUCTURES

  16. SGX = -1500 V42 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S V14 LOCAL VOID ZOA o ZOA MICROSCOPIUM VOID CETUS V13 V37 V1 ERIDANUS VOID V30 AQUARIUS VOID L E P U S V34 SCULPTOR VOID V29 S C U L P T O R W A L L V33 6dF NEARBY STRUCTURES

  17. SGX = -2000 V42 V38 N O D A T A F O R N O R T H E R N D E C L I N A T I O N S V17 V14 HYDRA V12 H Y D R A W A L L LOCAL VOID ZOA o ZOA MICROSCOPIUM VOID V13 V37 ERIDANUS VOID V18 V30 AQUARIUS VOID L E P U S V31 V34 V43 V35 S C U L P T O R W A L L V32 V33 V44 6dF NEARBY STRUCTURES

  18. SGX = -2500 V42 V39 V38 V16 V17 V14 H Y D R A W A L L LOCAL VOID ZOA o ZOA MICROSCOPIUM VOID C E N T A U R U S W A L L V13 ERIDANUS VOID V18 AQUARIUS VOID V46 V34 V43 V35 S C U L P T O R W A L L V32 V33 V44 6dF NEARBY STRUCTURES

  19. SGX = -3000 V39 V38 V41 HYDRA VOID V16 V17 V14 A3565 CENTAURUS ZOA o ZOA C E N T A U R U S W A L L MICROSCOPIUM VOID V20 V19 C A N I S M A J O R V21 A3229 V45 V22 A3742 V36 V46 V34 V35 V32 V33 6dF NEARBY STRUCTURES

  20. SGX = -3500 SUPERCLUSTER 4 V40 V41 HYDRA VOID V16 V17 V14 A3559 A3574 V15 ZOA o ZOA C E N T A U R U S W A L L MICROSCOPIUM VOID V20 V19 C A N I S M A J O R I N D U S V21 A3656 V45 V22 V36 V46 V34 6dF NEARBY STRUCTURES

  21. SGX = -4000 SUPERCLUSTER 4 V58 V40 V41 HYDRA VOID A3537 V17 V14 ZOA o ZOA C E N T A U R U S W A L L MICROSCOPIUM VOID V19 I N D U S V21 V45 V22 V34 V51 V47 6dF NEARBY STRUCTURES

  22. SGX = -4500 V58 V14 V59 (V17) ZOA o ZOA C E N T A U R U S W A L L A3627 V53 V54 V21 V48 V52 V51 V47 6dF NEARBY STRUCTURES

  23. SGX = -5000 V58 V57 V60 (V14) V56 HYDRA VOID SUPERCLUSTER 7 SUPERCLUSTER 8 V59 V61 V59 ZOA o ZOA V53 V54 V21 A3389 CAPRICORNUS VOID V49 V50 V52 V51 V55 V47 6dF NEARBY STRUCTURES

  24. SGX = -5500 V58 V57 V60 (V14) V56 V62 A3581 V72 SUPERCLUSTER 7 V59 V63 SUPERCLUSTER 8 ZOA o ZOA V53 V54 V21 APUS VOID CAPRICORNUS VOID V49 V50 V52 V51 V55 6dF NEARBY STRUCTURES

  25. SGX = -6000 V70 V60 V56 V69 V62 V68 V72 V71 V59 SUPERCLUSTER 8 ZOA o ZOA V64 APUS VOID CAPRICORNUS VOID V49 V52 V51 V55 6dF NEARBY STRUCTURES

  26. SGX = -6500 V70 V73 V69 V68 V72 V71 ZOA o ZOA V65 V64 V66 APUS VOID CAPRICORNUS VOID V49 V52 V51 V55 V67 6dF NEARBY STRUCTURES

  27. SGX = -7000 W A L L V73 V69 V68 V72 V77 V71 ZOA o ZOA V65 V64 V66 APUS VOID CAPRICORNUS VOID V49 V52 V51 V55 V67 6dF NEARBY STRUCTURES

  28. SGX = -7500 V79 V82 W A L L V78 V73 V68 V72 V77 ZOA o ZOA V74 APUS VOID V76 V67 V75 6dF NEARBY STRUCTURES

  29. SGX = -8000 V79 V80 V82 W A L L V78 V83 V73 V68 V77 ZOA o ZOA V74 V76 V81 V75 6dF NEARBY STRUCTURES

  30. SGX = -8500 V79 V80 V82 W A L L V83 V73 V68 V77 ZOA o ZOA V86 V74 V88 V76 V81 6dF NEARBY STRUCTURES

  31. SGX = -9000 V79 V80 V82 V83 V89 V68 V90 ZOA o ZOA V86 V74 V88 V76 V81 V87 6dF NEARBY STRUCTURES

  32. SGX = -9500 V80 SHAPLEY (a) V89 V84 V90 ZOA o ZOA V86 V74 V88 V85 V81 V87 6dF NEARBY STRUCTURES

  33. SGX = -10000 SHAPLEY (a) V89 V84 ZOA o ZOA V86 V74 V88 V85 V87 6dF NEARBY STRUCTURES

  34. End of sequence

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