A Brazilian bump in the road for E-ELT

In recent years the E-ELT project, Europe’s flagship next-generation optical observatory, seems to have gone from strength to strength: in 2010-2011, ESO Council officially gave the green light to the baseline technical design of the telescope (with the primary mirror slightly reduced in size), several member countries pledged their support for the project, others announced substantial investments into the development of hardware and instrumentation, and crucially, membership fees from giant new member state Brazil looked set to provide a major boost to the project’s financial coffers.

But apparently the E-ELT has hit a snag. This article in Brazilian publication Veja talks about Brazil’s failure to ratify the accession to ESO and support for the E-ELT project because of financial difficulties in 2011. Although an agreement was signed between ESO and the then science minister of Brazil in December 2010, Brazil’s parliament has yet to give its approval. Since then, Brazil’s been through general elections, and the new science minister hasn’t been forthcoming in continuing this approval process.

As Brazil’s contribution to ESO is crucial for the project to go ahead as long as no other new members join, the European members’ governments cannot now commit until Brazil formally comes into the club, and the project has been put on hold. ESO Director-General Tim De Zeeuw made some strong statements to the press about Brazil dragging its feet on the ratification, saying that the current accession conditions cannot be guaranteed beyond mid-2012, and new countries are lines up to join ESO if Brazil drop out. The article lists Australia, Israel, Russia, Poland and Estonia as potential new members.

An awkward point is that following the initial agreement in late 2010, Brazilian astronomers were already given full access to ESO telescope time. If Brazil now fail to ratify their accession, that privilege may be revoked again. That would be a big shame for their observers, who may have already planned multi-semester projects on ESO’s telescopes.

I can imagine that ESO really (really!) don’t want to start having negotiations with new member states at this point, as that’s likely to set the project back even further. Meanwhile the instrumentation community in Europe is working hard to keep the instrumentation projects for the new telescope alive, funded and staffed before getting the go ahead for the next phase of development.  I hope it happens soon!

Thanks to friendly Portuguese colleague Elisabete da Cunha for translating the article.

Image: Swinburne Astronomy Productions/ESO

 

Stargazing

Now that I work in astronomy professionally, it’s all about telescopes, politics, publishing, proposals. I easily forget what got me into this game: looking up at the stars and wondering what the heck is out there, or reading about relativity and going: “huh?”.

This past week the UK collectively discovered its love for stargazing with the help of the BBC and a whole lot of keen astronomers. Professionals and amateurs took part in Stargazing events all over the country, and even more watched along on TV. 3.8 million of them, apparently, which is amazing.

Lots of my on- and offline friends and colleagues were on the air, and I was really disappointed I couldn’t watch, as I’m abroad and no TV. Some years ago I spent a summer at the BBC working on a similar programme (yes, I even met Brian Cox) and I have a lot of fun memories from that time. But anyway, I hope lots of you enjoyed watching or taking part, whether you’re an old hand in the business or an astro-newbie.

Planethunters, Milky Way Project‘s cousin in the Zooniverse family, got some special attention, as new volunteers signed up in droves to carry out almost 1.1 million new classifications in 48 hours. As a result, the Planethunters team were able to announce the discovery of a potential new exoplanet by a Stargazing viewer.

This great little video’s been doing the rounds on the interwebs, created on the back of BBC Stargazing, showing how and why we simulate galaxies. It was created by Oxford astronomer Andrew Pontzen, who featured on the programme.

 

Beautiful College Libraries

Take a look at this amazing slideshow of  Beautiful College Libraries around the World. Why have I not been to a single one of these? My old university, University College in London, has a nice library full of interesting nooks and crannies. The science and engineering books were put in a different and supremely unattractive building, and the astronomy section was in a poky little side room. Needless to say, I spent as little time as possible there.

Maybe one day I’ll work at one of these great institutes and hang out in its gorgeous library.

 

Milky Way Project on BBC

It’s been a busy week for the Milky Way Project team, on both sides of the Atlantic Ocean. Several of us are at the AAS conference in Austin, TX, and we’ve spent much time talking about the next steps for our project, and follow-up studies to get started with using our first data release.

Back at Zoo HQ in Oxford, Rob Simpson finalised the revisions to the paper and resubmitted it to the journal (MNRAS), where it will hopefully be accepted very shortly.

We took advantage of the big media presence here in Texas to chat to Jason Palmer, Science Reporter for the BBC. This has resulted in a really nice piece on BBC today describing the project and its first results. Science teamer Eli Bressert provided some snappy quotes too.

I’ll write a little more about the science once the paper is posted to astro-ph. For now I can say that Milky Way Project has been brilliant to work on from the very start, and I’m really thankful to my great collaborators and of course to all the volunteers who donated their time and eyes for our study.

An Alternative View of Infrared Bubbles

Click to enlarge!

 

I’ve spent so much time recently looking at infrared images from the large Spitzer surveys GLIMPSE and MIPSGAL for Milky Way Project, that I sometimes forget there’s a new infrared space telescope on the block. WISE, the Wide-field Infrared Survey Explorer is a 40-cm telescope launched just over 2 years ago in December 2009, that’s been quietly imaging the entire sky from 3 to 25 microns. Although it’s a little smaller than Spitzer, its images are stunning and the survey will give us a cool new reference atlas of the sky at infrared wavelengths.

This great image was released at AAS today, showing a portion of the galactic plane in 4 infrared bands not unlike those we use in 3-colour Spitzer images: blue represents 3.4 µm, cyan 4.6 µm, green 12 µm and red 22 µm. Can you see the bubbles?

This particular version of the image is annotated with the names of the nebulae and star forming regions, and traces of nearby constellations.  More versions of the image and a detailed caption on the WISE webpages.

Image Credit: NASA/JPL-Caltech/WISE Team