Successfully reported this slideshow.
We use your LinkedIn profile and activity data to personalize ads and to show you more relevant ads. You can change your ad preferences anytime.
From gamma-ray to radio Multi-wavelength follow-up within the first five minutes Tim Staley, Rob Fender, Gemma Anderson, et ...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Aims of this talk Highlight recent work: Fast rad...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Outline Fast Radio Follow-up Multi-λ classificatio...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ ALARRM AMI-LA Rapid Response Mode Staley 2013, ht...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ GRB140327A Anderson 2014, http://adsabs.harvard.e...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ DG CVn M-dwarf superflare Fender 2014, http://adsa...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Outline Fast Radio Follow-up Multi-λ classificatio...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Radio timescales Weak classification based on rise...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Radio-optical flux ratio Stewart, Munoz-Darias (in...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Outline Fast Radio Follow-up Multi-λ classificatio...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Transient triage Want to make optimal use of both...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Automating the spread of information VOEvent prov...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Let’s make this work We can provide the tools and...
Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Summary There are rapidly evolving radio-band tra...
Upcoming SlideShare
Loading in …5
×

From gamma-ray to radio: Multi-wavelength follow-up in the first five minutes

245 views

Published on

In this short talk I cover some research highlights from the 4 Pi Sky project, including recent successes in fast radio follow-up and exploratory work on the potential of radio observations for transient classification. Finally I introduce our work on making the VOEvent standard more accessible to the astronomical community, with the long-term goal of enabling more optimal automated follow-up strategies.

Published in: Science
no profile picture user

  • Be the first to comment

  • Be the first to like this

From gamma-ray to radio: Multi-wavelength follow-up in the first five minutes

  1. 1. From gamma-ray to radio Multi-wavelength follow-up within the first five minutes Tim Staley, Rob Fender, Gemma Anderson, et al RAS LT2 Meeting, Burlington House, Nov 2014 WWW: 4pisky.org , timstaley.co.uk
  2. 2. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Aims of this talk Highlight recent work: Fast radio follow-up Transient classification Talk about transient screening and prioritisation, and how to start implementing it
  3. 3. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Outline Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’
  4. 4. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ ALARRM AMI-LA Rapid Response Mode Staley 2013, http://ukads.nottingham.ac.uk/abs/2013MNRAS.428.3114S
  5. 5. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ GRB140327A Anderson 2014, http://adsabs.harvard.edu/abs/2014MNRAS.440.2059A van der Horst 2014, http://adsabs.harvard.edu/abs/2014MNRAS.444.3151V
  6. 6. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ DG CVn M-dwarf superflare Fender 2014, http://adsabs.harvard.edu/abs/2014arXiv1410.1545F Osten et al (in prep)
  7. 7. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Outline Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’
  8. 8. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Radio timescales Weak classification based on rise rate? Pietka 2014, http://adsabs.harvard.edu/abs/2014arXiv1411.1067P
  9. 9. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Radio-optical flux ratio Stewart, Munoz-Darias (in prep)
  10. 10. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Outline Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’
  11. 11. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Transient triage Want to make optimal use of both small and large facilities Perform crude classification and target prioritisation with small facilities first Has to be fast Has to be automated
  12. 12. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Automating the spread of information VOEvent provides a decentralised, machine-readable publication model. e.g. Swinbank 2013, http://adsabs.harvard.edu/abs/2013MNRAS.428.3114S
  13. 13. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Let’s make this work We can provide the tools and infrastructure Running an open VOEvent server at voevent.4pisky.org NASA-GCN DESAlerts (soon) OGLE / GAIA (possibly) A minimum working example to get you started: github.com/timstaley/fourpiskytools
  14. 14. Fast Radio Follow-up Multi-λ classification Automating ‘transient triage’ Summary There are rapidly evolving radio-band transients, too Radio information could be a powerful aid to classification We can help you get started with VOEvents More info: 4pisky.org

×