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Standard Candles → X-Ray Bursts → Fuzzies The University of Queensland Distance Ladder Project PHYS3080 Group Members: Muhamad Abd Rehman, Matthew Bonnano,

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Presentation on theme: "Standard Candles → X-Ray Bursts → Fuzzies The University of Queensland Distance Ladder Project PHYS3080 Group Members: Muhamad Abd Rehman, Matthew Bonnano,"— Presentation transcript:

1 Standard Candles → X-Ray Bursts → Fuzzies The University of Queensland Distance Ladder Project PHYS3080 Group Members: Muhamad Abd Rehman, Matthew Bonnano, Matthew Crank, Aqeel Akber

2 Standard Candles → X-Ray Bursts

3 Right Camera

4 Front Camera

5 Hind Camera

6 It emits X-Rays! The X-Ray is at co-ordinates (92.635,-15.428) Photons detected: 79638327 (!!) Nearby Standard Candles:

7 Distances of these candles P00954: d= 333 +/- 2 P05542: d= 500 +/- 2 P01269: d= 1000 +/- 5 P04365: d= 500 +/- 2  X-Ray: (92.635,-15.428) Muhamad

8 So what one is it? ObjectSectorxyΔxΔyDistance X-RayRight D0592.635-15.428000 P00954Right D0593.991-16.312-1.3560.8841.619 P05542Right D0592.117-16.0010.5180.5730.772 P01269Right D0593.773-15.676-1.1380.2481.165 P04365Right D0592.641-15.174-0.006-0.2540.254

9 D05 Fuzzies!

10 D05 Fuzzies & Points!

11 Between D04 and D05 with more points

12 Sector D04

13 What now? David

14 Other Fuzzies! David

15 Some Theory Assume the luminosity of all X-ray sources are similar. Determine the luminosity of the X-ray source we know the distance to based off photon detections. Find distances to fuzzies with X-ray sources in them based off their flux.


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