54
Fraser Lewis Faulkes Telescope Project Liverpool John Moores University The Open University Linking Real Astronomy Research to the Classroom

Fraser Lewis: Linking Real Astronomy Research to the Classroom

Embed Size (px)

Citation preview

Page 1: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Fraser Lewis Faulkes Telescope Project

Liverpool John Moores University The Open University

Linking Real Astronomy Research to the

Classroom

Page 2: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Robotic telescopes allow us to obtain images from distant good quality sites

There are ONLY 3 * 2-metre telescopes that do this for education (and only 1 person … !)

FT

LT

Page 3: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Tarantula

Nebula

Page 4: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 5: Fraser Lewis: Linking Real Astronomy Research to the Classroom

M27

Page 6: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 7: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 8: Fraser Lewis: Linking Real Astronomy Research to the Classroom

NGC 4038 and NGC 4039

The Antennae

Page 9: Fraser Lewis: Linking Real Astronomy Research to the Classroom

FTN

Haleakala, Maui

Page 10: Fraser Lewis: Linking Real Astronomy Research to the Classroom

10 Las Cumbres Observatory Global Telescope

10

2m

2m 2 x 1m

3 x 1m 3 x 1m

1m

Page 11: Fraser Lewis: Linking Real Astronomy Research to the Classroom

“Whole Earth Telescope”

24/7 observations

Long-term monitoring

Rapid response

Time critical observations

Page 12: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Education

FT initiatives: • Twinning schools • Themed Observing Days • Teacher Training (online and F2F) • School-based Support Centres • Down2Earth

Schools initiatives:

• After-school Astronomy clubs • GCSE Astronomy support

Page 13: Fraser Lewis: Linking Real Astronomy Research to the Classroom

“Themed Observing Days”

Pro-Am-Schools collaborative projects - day, weeks or months Projects include: • Colour Imaging • “Lifecycle of Stars” • Asteroid Rotation • Tracking NEOs • X-ray systems in outburst • Compact galaxy groups

Page 14: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Asteroids, comets & NEOs

• FT observing programmes – asteroids and comets in space

• “Down 2 Earth” project – impacts and meteorites

http://education.down2earth.eu

Page 15: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Asteroid Rotation

• Requires collaboration

• Asteroid brightness measured to produce light curves

Page 16: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Aug.

2011

Page 17: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Exoplanet transits

CoRot 2b: David Hardy & Thomas Ham (Cardiff schools), July 2012

Page 18: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Open Clusters

• Colour images

• Produce colour-magnitude

(cf. Hertzsprung-Russell) diagrams

• Identify “unusual” stars (BVR + H alpha)

• Variable star searches (hours to years)

Page 19: Fraser Lewis: Linking Real Astronomy Research to the Classroom

New variables

Patrick Gildersleeve (St. Johns, Cardiff)

Page 20: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 21: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 22: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Supernovae Portal

Co-ordinated by Poland

>40 targets in archive

29 schools (6 UK, 2 US, 2

Portugal, 2 Italy, 1

Germany, 1 China, 15

Poland)

24 teachers

31 guests (amateurs)

Page 24: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Faulkes Telescope Monitoring of GX 339-4

Page 25: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Optical/infrared – X-ray correlations

Page 26: Fraser Lewis: Linking Real Astronomy Research to the Classroom

A nearby and ‘easy-to measure’

black hole !

Coming soon via Rosa @ NUCLIO

Page 27: Fraser Lewis: Linking Real Astronomy Research to the Classroom

28 May 2015 Fraser Lewis - Usk AS 27

Thanks for listening

Page 28: Fraser Lewis: Linking Real Astronomy Research to the Classroom

http://faulkes-telescope.com

http://resources.faulkes-telescope.com

http://education.down2earth.eu

http://www.golabz.eu/

http://schoolsobservatory.org.uk/

http://lcogt.net

Please come find me or

e-mail me your ideas

fraser.lewis@faulkes-

telescope.com

Page 29: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 30: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 31: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Inquiry-Based Science Education

Students ask questions, we provide tools and data, they provide answers themselves

Page 32: Fraser Lewis: Linking Real Astronomy Research to the Classroom

NGC 6888 Crescent Nebula

Page 34: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 35: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 36: Fraser Lewis: Linking Real Astronomy Research to the Classroom

0

10

20

30

40

50

60

0 10 20 30 40 50 60 70

Time/s

Lig

ht/%

Page 37: Fraser Lewis: Linking Real Astronomy Research to the Classroom

FTS Siding Spring, Australia

Page 38: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 39: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Fastest Rotating Asteroid!

• FTS observations by British amateur astronomer

• Part of new collaborative project to survey properties

of small NEAs

QuickTime™ and a decompressor

are needed to see this picture.

Page 40: Fraser Lewis: Linking Real Astronomy Research to the Classroom

International Education

• Belgium • Poland • Russia • Portugal • USA • Australia • France • Netherlands • Germany • Italy • Spain • India • Israel

Page 41: Fraser Lewis: Linking Real Astronomy Research to the Classroom

• Image specific objects showing stars at different life stages

• Schools process images, create poster

Lifecycle of Stars

Birth Life Death

Page 42: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 43: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 44: Fraser Lewis: Linking Real Astronomy Research to the Classroom

2-metre primary 2048 x 2048 CCD 21 filters (UV - near IR)

Page 45: Fraser Lewis: Linking Real Astronomy Research to the Classroom

WWW access to research grade telescope networks

International collaboration

Infrastructure + Research + Education

Larger network plans:

0.4m mid 2014?, then 2-3 sites/year 1m early 2013, then 1-2 site/year

“We will always keep you in the dark”

Page 46: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 47: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 48: Fraser Lewis: Linking Real Astronomy Research to the Classroom

LCOGT Plans

Funded FTP Sept. 05 – July 09

Additional core networks:

Education - 6 clusters of 0.4m (x 2-4)

Research - 6 clusters of 1.0m (x 2-3)

~$100 million programme

Eventually – free access globally

Wayne Rosing

Page 49: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Faulkes Telescopes

~£10M Dill Faulkes Educational Trust

~£1M STFC (UK research organisation)

~£0.6M Government (Education)

Page 50: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 51: Fraser Lewis: Linking Real Astronomy Research to the Classroom
Page 52: Fraser Lewis: Linking Real Astronomy Research to the Classroom

Overview (in ~ 10 minutes !)

• Robotic/remote-control telescopes

• Background to FT

• LCOGT – a global network

• Examples of FT projects

– Open clusters

– Asteroids, comets and NEOs

Page 53: Fraser Lewis: Linking Real Astronomy Research to the Classroom

EU FP7

2011 - 2013 2012 - 2016

Page 54: Fraser Lewis: Linking Real Astronomy Research to the Classroom