6dF Visualizations Supergalactic Cartesian Coordinates SGX Moving Slice 1000 km/s thick SGX from 3000 to -6000 in steps of 500 km/s Working version with.

Slides:



Advertisements
Similar presentations
The Cartesian PLane Let’s start graphing!.
Advertisements

Clustering Overview Algorithm Begin with all sequences in one cluster While splitting some cluster improves the objective function: { Split each cluster.
Greek Mythology Mrs. Gladish’s 2 nd Grade Class STARLAB 2009.
THE S t ar SERIES THE S t ar SERIES God’s Message in the Stars God’s Message in the Stars The heavens declare the glory of God.
THE S t ar SERIES THE S t ar SERIES God’s Message in the Stars God’s Message in the Stars The heavens declare the glory of God.
Graphing Ordered Pairs
Murach, Chapter 6. Murach’s Visual Basic 2008, C6© 2008, Mike Murach & Associates, Inc. Slide 2.
NASA- Bilder 27 A A A A A M1 The Crab Nebula from Hubble.
HI in Local Group Dwarf Galaxies Jana Grcevich Advisor: Mary Putman Jana Grcevich Advisor: Mary Putman.
The Universe of Galaxies. A Brief History Galileo.
Clusters and Superclusters
6dF Visualizations Supergalactic Cartesian Coordinates SGX Moving Slice 1000 km/s thick SGX from15000 to in steps of 500 km/s (This version with.
6dF Visualizations Supergalactic Cartesian Coordinates SGX Moving Slice 1000 km/s thick SGX from 5000 to in steps of 500 km/s (This version with.
6dF Visualizations Supergalactic Cartesian Coordinates SGX Moving Slice 1000 km/s thick SGX from 3000 to in steps of 500 km/s (This version with.
Unit 4: Linear Relations Unit 4: Linear Relations.
The Cartesian Coordinate System
The HI Universe: The ALFA and the Omega(HI) Patricia Henning Cosmic Web: galaxies and the large-scale structure Socorro NM, 16 May 2008.
WMAP CMB Conclusions A flat universe with a scale-invariant spectrum of adiabatic Gaussian fluctuations, with re-ionization, is an acceptable fit to the.
Lecture 15 Today Transformations between coordinate systems 1.Cartesian to cylindrical transformations 2.Cartesian to spherical transformations.
The Bull’s-Eye Effect in 3D Elizabeth Praton Franklin & Marshall College 8/12/2005 Run this in slide show mode.
SWBAT identify key constellations in the northern hemisphere.
By: Flavio Gutierrez. What is a Galaxy? Massive Consists of: Stars Dust Dark matter Contains Planets Stars Moon en.wikipedia.org.
#26. Cities, towns, and neighborhoods are often laid out on a grid. This makes it easier to map and find locations. A coordinate grid is formed by horizontal.

IB PHYSICS ASTROPHYSICS Section E
IB PHYSICS WELCOME TO ASTROPHYSICS CLASS
Celestial Bodies By: Adrian G, Erin N, and Kelsey M.
Space A place for Mars Candy Company * By Jarod H * Edited by Sydney M *
Warm UP - Matching A -Sun -Alpha Centauri -Proximi Centauri -Binary System -Nova -Galaxies -Nebulae -Constellations b -Huge clouds of dust and gas glowing.
Bell Ringer 9/29 What are stars made of? Stars.
CONSTELLATIONS BY:SIMON GOINES. WWK HISTORY OF CONSTELLATIONS.
Solar System Planets, moons, dwarf planets and comets Moons Mercury Venus Earth Mars Gas giants have many (usually small) moons.
Astronomy The Study of the Universe. Astronomy Azimuth, Altitude, Right Ascension, Declination Constellations Distances in Space Parallax distortion Spectra.
Aquarius ( type this word in the Google Earth search box) Means: Water Carrier.
Constellations There are 88 official constellations according to the International Astronomical Union.
SEMINAR WEI GUO. Software Visualization in the Large.
7-3 Ordered Pairs Learn to graph ordered pairs on a coordinate grid.
Chapter The Cartesian Plane Ms. Robin. You will learn: To label the axes and origin of a Cartesian plane Identify and plot points on a Cartesian.
Visualisations of 6dF data by A.P. Fairall Using ‘Labyrinth’ software developed by Carl Hultquist and Samesham Perumal Departments of Astronomy and Computer.
Unit #4 Graphing and Equation of the Line Lesson #1 Graphing Ordered Pairs.
A deeper and more detailed view may be obtained using data from the Australian based ‘6dF’ survey. Southern sky only As used at IPS conference July 2006.
Calculating with Negatives THE FOUR RULES AND NEGATIVE NUMBERS.
Visualizations of the 6dF Galaxy Survey Some highlights Fairall / University of Cape Town / November 2007.
‘LABYRINTH’ 3D Visualisations of the Distribution of Galaxies and Large-Scale Structures Tony Fairall Software by Carl Hultquist and SameshamPerumal Depts.
The Dipole Anisotropy of the 2MASS Redshift Survey Pirin Erdoğdu (University of Nottingham) and the 2MRS Team MNRAS, in press.
Visualizations of the 6dF Galaxy Survey with identified features including 2MRS overdensities and voids ‘Onion skins’ in Galactic coordinates, centred.
Graph Rational Numbers on a Coordinate Plane…
Completed Star Chart – Virgo Galaxy Cluster
A visual comparison between mock catalogues and 6dF data
Introduction to Coordinate Grid
continued on next slide
Constellations.
The Study of the Universe
                                                                                                                                                                                                                                                
continued on next slide
continued on next slide
SFA Star Chart 1 - Northern Region
ORION Sirius CANIS MAJOR.
Tony Fairall / University of Cape Town / Aug 06
Mount St Helens: APRIL 1980 Mount St Helens: APRIL 1981
Label Name Label Name Label Name Label Name Label Name Label Name
Additional Example 2: Graphing Ordered Pairs Graph and label each point on a coordinate grid. A. L (3, 5) Start at (0, 0)
Large Scale Structure Clusters and Groups Stellar systems
Constellations 1.
Tony Fairall / University of Cape Town / Aug 06
continued on next slide
Based on the 48 listed by Ptolemy in his Almagest in the 2nd century.
Brief DFT Report (1/11/18) Gary Berg-Cross
continued on next slide
Presentation transcript:

6dF Visualizations Supergalactic Cartesian Coordinates SGX Moving Slice 1000 km/s thick SGX from 3000 to in steps of 500 km/s Working version with labels As at Sep 21, 2006 Local Neighbourhood Tony Fairall / University of Cape Town / Aug 06

SGY -SGY -SGZ+SGZ Looking in a negative SGX direction.This grid applies to all slides following. REFERENCE GRID O

SGX = 3000 Each slice is 1000 km/s thick. ZOA 6dF LOCAL STRUCTURES 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 O

SGX = 2500 ZOA 6dF LOCAL STRUCTURES 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 O

SGX = 2000 ZOA 6dF LOCAL STRUCTURES 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 O V1 V2

SGX = 1500 ZOA 6dF LOCAL STRUCTURES 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 O COLUMBA VOID V1 V2

SGX = 1000 ZOA 6dF LOCAL STRUCTURES 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 O AQUARIUS VOID CANIS MAJOR VOID COLUMBA VOID V1 V2

SGX = 500 F O R N A X W A L L ZOA 6dF LOCAL STRUCTURES 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 O ORION VOID AQUARIUS VOID CANIS MAJOR VOID COLUMBA VOID V1

SGX = 0 F O R N A X W A L L ERIDANUS VOID ZOA 6dF LOCAL STRUCTURES 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 OUR GALAXY LOCAL VOID AQUARIUS VOID CANIS MAJOR VOID COLUMBA VOID V1 V3 V4

SGX = -500 FORNAX CLUSTER ERIDANUS VOID ERIDANUS VOID F O R N A X W A L L ZOA 6dF LOCAL STRUCTURES 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 CETUS VOID VOLANSLOCAL VOID CRATER O AQUARIUS VOID MICROSCOPIUM VOID CANIS MAJOR VOID COLUMBA VOID A3354 V1 V3 V4 V5 V6

SGX = F O R N A X W A L L ERIDANUS VOID ZOA 6dF LOCAL STRUCTURES CETUS VOID LOCAL VOID O AQUARIUS VOID MICROSCOPIUM VOID CANIS MAJOR VOID SCULPTOR VOID V1 V3 V5 V6

SGX = ERIDANUS VOID ZOA 6dF LOCAL STRUCTURES CETUS VOID LOCAL VOID O AQUARIUS VOID MICROSCOPIUM VOID SCULPTOR VOID V1 V3 V5 V6 V7 V8 V9 V10 V11 V13 V14

SGX = ERIDANUS VOID ZOA 6dF LOCAL STRUCTURES LOCAL VOID O DRACO VOID AQUARIUS VOID MICROSCOPIUM VOID SCULPTOR VOID HYDRA CLUSTER V8 V9 V10 V11 V12 V13 V14V16V17 V18

SGX = ERIDANUS VOID ZOA 6dF LOCAL STRUCTURES LOCAL VOID O DRACO VOID AQUARIUS VOID MICROSCOPIUM VOID A3698 V10 V11 V13 V14 V15 V16V17 V18

SGX = ZOA 6dF LOCAL STRUCTURES O MICROSCOPIUM VOID HYDRA VOID A3565 CENTAURUS CLUSTER A3742 A3229 V14 V15 V16V17 V19 V20 V21 V22

SGX = ZOA 6dF LOCAL STRUCTURES O MICROSCOPIUM VOID HYDRA VOID A3559 A3574 A3656 V14 V15 V16V17 V19 V20 V21 V22

SGX = ZOA 6dF LOCAL STRUCTURES O MICROSCOPIUM VOID HYDRA VOID FURTHER CENTAURUS A3537 V14V17 V19 V21 V22

SGX = ZOA 6dF LOCAL STRUCTURES O HYDRA VOID A3627 V21

SGX = ZOA 6dF LOCAL STRUCTURES O HYDRA VOID A3389 V21

SGX = ZOA 6dF LOCAL STRUCTURES O APUS VOID A3581 V21

SGX = ZOA 6dF LOCAL STRUCTURES O APUS VOID

End of sequence