Using the Bradford Robotic Telescope & VPhot for Variable Star Photometry Richard ''Doc'' Kinne Astronomical Technologist AAVSO AAVSO Spring Meeting,

Slides:



Advertisements
Similar presentations
AAVSO Futures: Arne Henden Director, AAVSO
Advertisements

1. 2 Joy Nichols, Jennifer Lauer, Doug Morgan, and Beth Sundheim Harvard-Smithsonian Center for Astrophysics Eric Martin Northrop Grumman Space Technology.
AAVSO The American Association of Variable Star Observers Cambridge, Massachusetts.
Using the AAVSO International Database A. Price 97th AAVSO Annual Meeting October 16-19, Nantucket, MA.
HOU in Russia Irina GUSEVA St Petersburg - Central (Pulkovo) Astronomical Observatory of the Russian Academy of Sciences - St Petersburg State University,
Types of Camera Lenses Types Of Lenses Zoom Wide Angle Zoom Normal Zoom Telephoto Zoom Single Focal Length Wide Angle Normal Zoom Special Purpose Micro.
Wide Field Imaging Not really a novice RV lifestyle forced change in 2009 Light weight and portable equipment Ideal for wide field imaging with camera.
High-precision UBVRI photometry with a new 50cm telescope at Stará Lesná Pribulla T., Chochol D. Astronomical Institute of the Slovak Academy of Sciences.
Bernhard Hubl CEDIC 2009 Colour Calibration of RGB Images Advantages and disadvantages of different colour calibration methodes.
Using a DSLR to Study Variable Stars. Canon 450D - linear over a magnitude using RAW images with a specific setting.
Optical Astronomy Final Year Double Honours Presentation Eoin Cartwright & John Loughran. Supervisor: Dr Créidhe Ní Shúilleabháin.
Small Refractor CCD Imaging David Haworth
Image classification in natural scenes: Are a few selective spectral channels sufficient?
CESAR Educational Astronomy. Objective CESAR (Cooperation through Education in Science and Astronomy Research) will provide students all throughout Europe.
The Novel Method for Identifying Fast Optical Transients The Application of Multi-Exposure Plates for OT/GRBs analyses René Hudec 1 and Lukáš Hudec 2 1.
Intense observations of RR Lyr stars Dr. F.-J. (Josch) Hambsch VVS, GEOS, BAV, AAVSO.
CCD Imaging of Variable Stars Kimberly Anderson Joshua Smith December 3, 2002.
By Lindsey A. Whitesides and Florin D. Ciocanu University of Northern Colorado Frontier of Science Institute OBSERVING THE MIRA VARIABLE STAR S LEO USING.
Observing. Next Tuesday We’ll meet at the observatory even if it is cloudy –If the weather is really bad (a foot of snow or something) I’ll send an .
PIRATE. The piCETL Robotic Astronomical Telescope Explorer Ulrich Kolb, Rob Lucas, Vadim Burwitz.
AAVSO Finder charts Janet A. Mattei AAVSO. Finder charts N Road maps for navigating in the sky Essential for locating objects Longitude - Right ascension.
PIRATE The piCETL Robotic Astronomical Telescope Explorer Ulrich Kolb, Rob Lucas, Vadim Burwitz.
Video Basics – Chapter 4 The Video Camera.
FUNDAMENTALS OF DIGITAL CAMERA Ahn Hyun Sang.
Acknowledgments I wish to thank the Department of Physics & Astronomy (MSUM), Drs. Juan Cabanela, Matthew Craig, Linda Winkler, Ananda Shastri, and Steve.
3-Colour Imaging NATIONAL SCHOOLS' OBSERVATORY. Overview  Understanding Colour Images  Colour Cameras and CCDs  Colour Components and Colour Images.
A Primer on Image Acquisition and Data Reduction Using TheSky6, CCDSoft V5 and Microsoft Excel Thomas C. Smith Dark Ridge Observatory (DRO)
Your Observing Challenge: White Dwarfs in Open Star Clusters.
Agile: A Time-Series CCD Photometer to Study Variables Anjum Mukadam, Russell Owen, Ed Mannery University of Washington, Seattle.
Local Weather Observation Using Daytime Astronomy J. Tharp (UNC-Asheville) M. W. Castelaz (Pisgah Astronomical Research Inst.) PISGAH ASTRONOMICAL RESEARCH.
NEO Research Project in Korea Wonyong Han 1, Yong-Ik Byun 2, Hong-Suh Yim 1, Young-Jun Choi 1, Hong-Kyu Moon 1 & NESS Team 1 Korea Astronomy and Space.
[1] Reference: QCam API reference manual document version Charge Coupled Device (CCD)
AMICA Antarctic Multiband Infrared CAmera Favio Bortoletto INAF – Osservatorio Astronomico di Padova on behalf of the AMICA collaboration Telescope and.
The Chinese SONG proposal: scientific concerns Jianning Fu (Beijing Normal University) and Chinese SONG team Beijing ─ March 29, 2010 The third workshop.
1 Glass Inspection Machine. 2 To be the Leader by innovating Thanks to a good knowledge of the needs of the glass industry, Our aim is to set a new standard.
Astrophotography The Basics. Image Capture Devices Digital Compact cameras Webcams Digital SLR cameras Astronomical CCD cameras.
A New Program of Multi-Year Continuous Phase Coverage Photometry of Alpha UMi J. Donald Cline and Michael W. Castelaz (Pisgah Astronomical Research Institute)
Telescopes come in three basic styles. Refracting telescopes use lenses Refractors are either achromatic (some color distortion) or apochromatic (very.
Jeff Rebarchik – ASTR  Why M-31?  A Brief History  Facts About the Galaxy  Observation Record  Processing and Images.
Preparing the telescope and CCD-camera for observations Andrych K, Tvardovskyi D.
V = H + 5*log(  *r) + f(a) where: V = observed relative magnitude of minor planet H = absolute magnitude of the minor planet  = distance between the.
How digital cameras work The Exposure The big difference between traditional film cameras and digital cameras is how they capture the image. Instead of.
1 Optical observations of asteroids – and the same for space debris… Dr. D. Koschny European Space Agency Chair of Astronautics, TU Munich Stardust school.
Astrobiology with Robotic Telescopes at CAB Dr. Luis Cuesta Grupo Telescopios Robóticos Centro de Astrobiología Workshop on Robotic Autonomous Observatories.
SkyMapper. 2 2 What is SkyMapper? 1.35m telescope with a 5.7 sq. degree field of view Fully Autonomous observing To conduct the Southern Sky Survey: Five.
AROMA-W Ichiro Takahashi Takanori Sakamoto for the AROMA team (Aoyama Gakuin University)
Image of M8, taken by the AEOS Burst Camera 1 Heather Swan Physics Department University of Michigan Carl Akerlof, Timothy McKay, Eli Rykoff, Donald Smith,
Faulkes Telescope North The identification of different modes of oscillation provides information about the stellar interior ~the science of asteroseismology,
Astrophotography The hunt for darker skies. Celestron advanced series GT C100ED-R.
Chapter 26 ~ Stars and Galaxies Section 1 ~ Constellations.
Introductory Astronomy Laboratory Visual Back and Camera Upgrade Mariah N. Birchard, Faith K. Montgomery, Zachary R. Pruett, Kaitlyn L. Smith and David.
1 Exercise ID Telescopes Begin: Begin: Look at Cameras brought in by students Talk about telescope basics and set up Celestron telescope In-class Objectives:
Telescopes come in three basic styles
Observation of RR Lyrae Variable RS Boo Results and Future Work
Aided Observations Task: Use binoculars/telescope/robotic telescope to produce detailed drawings and/or photographs of at least 3 Messier/NGC objects.
Goal: To understand the tools needed to do Amateur Astronomy.
Your Name Digital Multimedia
The first light of the Corot telescope.
Single Object & Time Series Spectroscopy with JWST NIRCam
X Serbian-Bulgarian Astronomical Conference (X SBAC)
Goal Automatize of the VORT
Amy Meadows NGC 3718.
University of Leicester Observatories
The Faulkes Telescope Project Deep Impact & Bioastronomy
3 Colour Imaging There are no notes for the title page.
BAA – AAVSO Joint Variable Star Meeting
Modern Observational/Instrumentation Techniques Astronomy 500
Team Cydonia Conceptual Design Review
Telescopes come in three basic styles
Presentation transcript:

Using the Bradford Robotic Telescope & VPhot for Variable Star Photometry Richard ''Doc'' Kinne Astronomical Technologist AAVSO AAVSO Spring Meeting, 2011

What is the Bradford Robotic Telescope? A remote, robotic telescope. Operated by the University of Bradford, England Located in Tenerife, Canary Islands, Spain www.telescope.org AAVSO Spring Meeting, 2011

Equipment Available Constellation Camera FLI MaxCam CM2-1 w 1k x1k pixel chip. Opticals are a Nikon 16mm f2.8 lens. Coverage: 40 sq. degrees Filters Red, Green, Blue (RGB system), ND2, Clear AAVSO Spring Meeting, 2011

Equipment Available Cluster Camera FLI MaxCam CM2-1 w 1k x1k pixel chip. Opticals are a Nikon 200mm f2.8 lens. Coverage: ~4.3 sq. degrees Filters Red, Green, Blue (RGB system), ND3, Clear AAVSO Spring Meeting, 2011

Equipment Available Galaxy Camera! Camera FLI MicroLine 1k x1k chip. Each pixel at 13um sq. Opticals: A Schmidt-Cassegrain Celestron C14 w an effective focal length of 1877mm at f5.3 Coverage: ~24 arc min. Filters: Johnson BVRI, OIII, ND3, HA Yea, This is the One! AAVSO Spring Meeting, 2011

Setting up a Job AAVSO Spring Meeting, 2011

Setting up an Object AAVSO Spring Meeting, 2011

Selecting a Scope AAVSO Spring Meeting, 2011

Selecting Exposure Time & Filter AAVSO Spring Meeting, 2011

Interlude – Waiting for the Job Strengths of the Bradford Robotic Telescope Simple Interface – meant for education. Excellent to monitor LPV. Weaknesses of the Bradford Robotic Telescope It is not an interactive scope. You have no control over queue wait time. Not good for monitoring CVs or quickly following up on on anything. Cannot do time series. AAVSO Spring Meeting, 2011

Retrieving your Job – You've Got Mail! AAVSO Spring Meeting, 2011

Job Details AAVSO Spring Meeting, 2011

Job Details AAVSO Spring Meeting, 2011

VPhot AAVSO Spring Meeting, 2011

Vphot – Uploading Images AAVSO Spring Meeting, 2011

VPhot – Quick Upload AAVSO Spring Meeting, 2011

VPhot - Uploading AAVSO Spring Meeting, 2011

VPhot – The Uploaded Image AAVSO Spring Meeting, 2011

VPhot – Image Analysis AAVSO Spring Meeting, 2011

VPhot – Image Analysis AAVSO Spring Meeting, 2011

VPhot – Image Analysis AAVSO Spring Meeting, 2011

VPhot – The Photometry Report AAVSO Spring Meeting, 2011

VPhot – The AAVSO Report AAVSO Spring Meeting, 2011

Downloaded to your Computer – aavso_report.txt #TYPE=EXTENDED #OBSCODE=KQR #SOFTWARE=VPhot 3.1 #DELIM=, #DATE=JD #OBSTYPE=CCD #NAME,DATE,MAG,MERR,FILT,TRANS,MTYPE,CNAME,CMAG,KNAME,KMAG,AMASS,GROUP,CHART,NOTES RV Tau,2455563.52330,9.597,0.085,V,NO,ABS,ENSEMBLE,na,126,12.625,na,na,4620VM,From the BRT AAVSO Spring Meeting, 2011

To WebObs, Star Boy! AAVSO Spring Meeting, 2011

WebObs – Upload the File AAVSO Spring Meeting, 2011

WebObs – Review the Observation AAVSO Spring Meeting, 2011

WebObs – SUCCESS! AAVSO Spring Meeting, 2011

Thanks! Mike Simonsen – for CCD concept assistance. Dr. Arne Henden – for filter concept assistance. Dr. Aaron Price, Kate Davis, & Will McMain – for WebObs and the AAVSO Website Geir Klingenberg & Michael Kran – for VPhot! The BRT Team – for maintaining and keeping the Bradford Robotic Scope available and open! AAVSO Spring Meeting, 2011

Special Thanks! Gary Poyner, FRAS – For introducing me to the Bradford Robotic Telescope in particular, and robotic telescope observing in general. Thanks, Mate! AAVSO Spring Meeting, 2011