[Cross posted from the Cardiff Physics Engagement Blog]
I get asked now and again for illustrations and images that I’ve made for various purposes. Here’s my attempt to make a few of them available. Most were composed using Photoshop, and the source files are available on request. They are completely free to use, edit or adapt for non-commercial purposes, providing credit is given, and that you also make what you produce freely available in a similar way (a CC-BY-NA-SA license). Continue reading →
Just to make sure proper credit is given, the header image on my blog is one I made using original images from NASA and ESA.
The sunrise/set image is from NASA, available on the Marshall Spaceflight Center’s Flickr page (image ISS021E031766). The nebula is the Cocoon Nebula (aka IC5246), as seen by Herschel, specifically by the PACS camera as part of the Gould Belt Survey.
Chromoscope is a popular online resource that we developed in 2009 for a Royal Society Summer Science Exhibition stand about the Herschel and Planck satellites. There’s a compact version below, but you can see it fullscreen at www.chromoscope.net.
The team behind Chromoscope was myself, Stuart Lowe (then at University of Manchester) and Robert Simpson (then here in Cardiff) – though most of the hard work (the coding) was by Stuart. It was a huge hit (forcing us to move the image tiles to Amazon AWS to prevent our own servers falling over), and in the first couple of years had around 2 million visitors!
The main aim of Chromscope has always been a relatively lightweight website with a very simple interface. One side effect of that is that Chromoscope can’t zoom in too far – in principle it’s possible, but there would be huge amounts of data for us to store and for users to download. There are other websites which can go much, much deeper, such as WikiSky, Google Sky and WorldWide Telescope. These are more powerful, but generally require a faster internet connection.
One of the powers of Chromoscope is its ability to be used for many purposes. That includes displaying other images sets (see Planckoscope, showing Planck all-sky images), and highlighting specific objects (see our Herschel results page, and a few other examples on the Chromoscope blog).