Life at ESO

astronomy, communication, science, science communication

I can’t quite believe I am fast approaching my fourth month at the European Southern Observatory (ESO). It has been an incredible experience here as I have got to work hands-on within the Education and Public Outreach Department (ePOD) – responsible for the organisation’s outreach activities.

ePOD is a fun and creative environment to work in and ESO Headquarters is an energetic place, rich with a number of enthusiastic staff and students from all over the world.

Here I am working with a team of professional science communicators for the preparation of ESO and ESA/Hubble news and photo releases, publications, web pages, video scripts, exhibition panels and other public communication products.

I find it is a great atmosphere here. Each morning I take the U-Bahn (underground train) to Garching Forschungszentrum – the stop for the “research centre”. With unlimited free coffee in the morning, it is a great fuel for the wonderful activities and challenges that come our way.

Later today I hope to show you an ESOcast I co-wrote. Stay tuned for an exciting announcement.


A 360-degree panorama of the entrance hall at ESO Headquarters, in Garching, near Munich, Germany. Credit: ESO/H. Heyer

News board at ESO

News board at ESO


At my desk in ESO ePOD. Credit: Christoph Malin

Featured image – The ESO Headquarters in Garching near Munich, Germany. Credit: ESO

Ground Control, Munich

human spaceflight, science, travel

A couple of weekends ago, I had the great pleasure of being invited to a tour around the Columbus Control Center at the German Space Operations Centre at DLR (Deutsches Zentrum für Luft- und Raumfahrt – German Aerospace Centre) in Oberpfaffenhofen, 20km southwest of Munich.

Here is “mission control” which supports the European Columbus Laboratory, the European Space Agency (ESA)’s single biggest contribution to the International Space Station (ISS). Activities inside Columbus are monitored here, including maintaining life support systems. The Control Centre is a direct link to the ISS in orbit!

A model of the International Space Station at the German Space Operations Centre.

A model of the International Space Station at the German Space Operations Centre.


Screens monitoring the Columbus laboratory on the ISS.


Schedule of the astronaut’s activities on board the ISS.


Me at the German Space Operations Centre.


My visitors’ pass for the tour.

Report: National Student Space Conference 2014

astronomy, human spaceflight, ISU, science, science communication, SGAC, UKSEDS


On 1st and 2nd March, space enthusiasts descended on the University of Leicester for the UKSEDS National Student Space Conference 2014. Aimed at UK students, each year the conference is a key opportunity to meet and network with a wide range of people in the space sector from academia to industry, across multiple disciplines. It is also a great time for students from UKSEDS’ various branches to meet together in one place and discuss their activities. This year the event was in its 26th year.

The conference was a real sell-out once again with over 250 delegates* from many UKSEDS branches spanning the width and breadth of the country — from Edinburgh to Kent to Southampton, Exeter, Manchester and Strathclyde. We were also happy to welcome our international friends at SEDS-USA and EUROAVIA once again. We had a great range of talks throughout the weekend from spaceplanes to cubesats, ISS, outreach and education, space biomedicine, astronomy, Mars and beyond.

Highlights included a talk by British ESA Astronaut Major Tim Peake who Skyped in from Houston to talk about his mission alongside the outreach components of his mission, along with Jeremy Curtis (Head of Education and Outreach, UK Space Agency) (See featured image**). There was a good chance of a Q&A and for delegates to engage with Tim. He revealed how his mission is being prepared and how his food and drinks will be sent up in advance, sharing his love of Yorkshire Tea. Sheffield SEDS (ShefSEDS) tweeted this, amusingly re-tweeted and replied to by Yorkshire Tea:

It was great to see Tim enjoyed all the questions from the audience.

Our Saturday keynote included Prof. Richard Brown from the Centre for Future Air-Space Transportation Technology, University of Strathclyde who gave a very inspiring talk on ‘Shock Waves and the Design of Future Spacecraft’.

Following this, delegates were invited to a networking reception, kindly sponsored by Reaction Engines Ltd. After which, delegates could attend the UKSEDS social and enjoy a tasty buffet meal and mingle with other delegates.

Sunday morning started with Dr David Parker (CEO, UK Space Agency) who spoke about the latest developments on UK Space activities.

CEO of UK Space Agency, Dr David Parker addressing NSSC2014. Credit: Prof. Chris Welch

Credit: Telespazio Vega DE

Throughout the weekend Telespazio Vega Deutschland demonstrated their Satellite Operations Training simulator, allowing delegates to simulate real in-­orbit satellite operations throughout the conference.

The conference would not have been possible without the kind sponsorship of Reaction Engines, Telespazio VEGA Deutschland, UK Space Agency, HE Space, Printech Circuit Laboratories, Sapienza Consulting, Institution of Mechanical Engineers, Royal Aeronautical Society, Serco Group, AstroGnome, International Space University, RAL Space, and Avanti Communications Group plc, and the support of the British Interplanetary Society, ESERO-UK, European Southern Observatory (ESO), ESA Education Office, AstRoSoc Leicester, University of Leicester Department of Physics and Astronomy, Leicester Astronomical Society and EUROAVIA.

Many thanks also to all our wonderful speakers throughout the conference. Presentations will be made available on our conference site at:

If you have any photos from NSSC2014, please share them with us at

See you in 2015!

*figure includes all exhibitors, speakers and volunteers.
**Featured image: British ESA Astronaut, Tim Peake addressing NSSC2014. Credit: Jane MacArthur
Written by Ryan Laird for UKSEDS.

A few weeks ago, I got to travel to a small town south of Munich called Tegernsee, located on the shore of Tegernsee lake close to the Alps. Here is home to the studio used by the European Southern Observatory (ESO) at Perix Media to record both the ESOcast and Hubblecast.

Part of my job as journalist, science communication intern at ESO is to prepare video scripts for these video casts. This recording was for Hubblecast 72 (released 4th March) and for ESOcast 64 (to be released at the start of April).  My colleague, Nikita Marwaha wrote the former and I wrote the latter.

Here are a few photos from behind the scenes:


Colleague and fellow intern, Nikita Marwaha posing on the green screen. View from the camera.


Me on the green screen, trying out the script.


Me on green screen. View from the camera screen.


Dr J a.k.a. Dr Joe Liske on green screen during recording of Hubblecast 72.

Hubblecast 72 can now be viewed on YouTube or via Stay tuned for ESOcast 64.


astronomy, communication, science, science communication

My final Space Scoop

astronomy, communication, science, science communication, UNAWE

I am happy to share that the latest Space Scoop I wrote for UNAWE is finally up on their site here – “Your Weather Report from Across the Galaxy“. Sadly this is my last Space Scoop from my work at UNAWE. I wrote this over a month ago and was under embargo for a while until the paper was released in Nature, now published in the 30th January issue. This Space Scoop is based on a Press Release from ESO and reports on this research paper by I. Crossfield et al.

Many thanks to my friends, Oksana Tvorun and Yonatan Shapira (and his wife, Avishag Amit) who are now translating into Ukrainian and Hebrew, respectively.

Image caption: Artist’s impression is based on the first ever map of the weather on the surface of the nearest brown dwarf to Earth.

Image credit: ESO/I. Crossfield/N. Risinger (

David Willetts Speech on UK & European Space

EU, human spaceflight, politics, science, SGAC

Yesterday, Wednesday 29th January at the Fifth Plenary session: European Commission – Brussels, the UK Minister for Universities and Science, the Rt Hon David Willetts MP gave the following speech. I reproduce this here via the Department for Business, Innovation & Skills page.

Let me know your take on the speech, whether critical or sceptical, positive, if you have any comments or thoughts or anything to add. For example, what are your thoughts on the relation between the EU and ESA? How can Europe make itself more competitive on the global scale?

I am keen to hear international perspectives of such a speech, especially as a UK National Point of Contact for SGAC. Please let me know your thoughts in the comments below.

What are the new challenges and opportunities for Europe in Space?

It is a great pleasure to be here at this important and timely discussion about what lies ahead for Europe in space.

Let me begin, briefly, by looking back. Just over 50 years ago, in 1962, Britain became the third space-faring nation – and the first in Europe – when it took up NASA’s call to help build the first international satellite, Ariel-1. This mission, the first of six, was designed to study the very fringe of space and its interaction with our upper atmosphere. Back in those Cold War times this was critical to understanding whether nuclear missiles would work. But as is so often the case, the pursuit of knowledge leads us in directions we don’t expect. Those early missions also pinpointed unknown objects emitting high energy x-rays, which eventually confirmed the existence of black holes and colliding galaxies. Six months later Ariel-1, was regrettably destroyed in an atmospheric nuclear test.

In 1964 two new European space research organisations were created, marking Europe’s collective arrival on the space stage. The first, the European Space Research Organisation, was set up by the founding fathers of CERN, as an international treaty organisation. The second, the European Launch Development Organisation, was set up – with strong UK backing – to secure Europe’s independent access to space. At that time Britain was keen on launchers. Indeed, we had our own expertise in rocketry and were eager to share that knowledge with our European partners. These two organisations eventually merged in 1975 to form the European Space Agency. And we will be celebrating the 50th anniversary of its forerunners this year.

This anniversary, and the Ariel-1 mission, are a reminder of the necessity of international collaboration in space. And this is what I want to focus on today.

The EU’s involvement in space is more recent – dating back to the 1990s – with research and development work on space, followed closely by the Galileo satellite navigation initiative. In that time the Galileo programme has had its ups and downs, but I am very pleased that it is now delivering good results. I thank Vice President Tajani for his ambition and commitment. From this year, Galileo will provide early services, giving accurate local information anywhere on earth. The joint commitment and investment in the programme has been confirmed, and the first satellites show a high quality of signal. I am proud that the UK has been involved at every level of this important venture. We have contributed cutting edge technology to every Galileo satellite built and will do so for all the satellites under contract.

Lessons must be gleaned from the discussions and challenges of the last few years The EU has established a specialist delivery arm in the Galileo Agency, the GSA, based in Prague. The Commission is not designed to manage delivery of a multi-billion euro space programme. Specialists are needed.

Copernicus, which will allow huge leaps forward in climate change modelling, is making good progress on both the legal and technical fronts. And we have seen successful launches of some fantastic European Space Agency missions, including Swarm and Gaia, to continue to push the boundaries of human knowledge.

But the rest of the world has not been standing still. In December China’s lunar rover, the first to land on the moon in nearly 40 years, began sending back pictures. The latest reports suggest the ‘Jade Rabbit’ has run into serious problems. But this mission reminds us of the pace and scale of their programme. The next man or woman on the moon may well be Chinese. And at a similar time in the US, we are beginning to see commercial models of space activity emerge with the Falcon 9 rocket developed by SpaceX Ltd. And Virgin Galactic has recently completed further successful tests, making the launch of the world’s first commercial sub-orbital space service this year a very real possibility.

We are also seeing the development of competitive space sectors in the emerging powers, such as India and Brazil. There are now more space-faring nations, more space agencies, and more industrial players keen to have a slice of the market.

This reminds us that the challenge for us in Europe is to be as ambitious and active as these other major players – commercially-focused and joined up. There are massive opportunities – and we must seize them. Europe is winning contracts from customers around the world with our scientific and technical excellence. Last year I was privileged to attend the launch of Alphasat, the largest commercial communications satellite ever built – and built in Europe for a European customer. A new digital age requires a new generation of satellite: bigger, better and transnational. And we have shown we can deliver that.

This is why we have always sought to play a constructive role on space in the EU. We have also played an active part in ESA Ministerials and taken steps to forge bilateral links with other European countries. Only this week, I hosted Professor Johann-Dietrich Wörner of DLR on a visit to see the development in Britain of the Synergetic Air-Breathing Rocket Engine (SABRE) – an engine which could transform the future of launch technology. And this Friday I will be welcoming the French Minister Genevieve Fioraso to the UK, when the French and British space agencies will make announcements on the future of their bilateral cooperation.

Our goal must be to make Europe the best place in the world to do space R&D, and the best place to establish a space-based business. This isn’t just about the level of government investment. We also need to develop a supportive European ecosystem for space. There are three areas where I think that the European Commission can make a positive contribution to support the ambitions of the Member States.

First, we must resolve the relationship between the EU and ESA. Each organisation needs to play to its own strengths so that Europe as a whole is stronger.

The EU’s role in space was made explicit in the Treaty of Lisbon. We have touched already on the Galileo and Copernicus, which must now be successfully delivered and exploited. The EU could also play a vital role in establishing a level playing field for the space exports that will drive growth. We need Commission support in ensuring that European space industries have fair access to major markets abroad. How can the Commission help us export much more?

Complementing the work of the European Commission, ESA is a hugely valuable organisation, and maintains a science base that is truly world class. From advancing our understanding of our changing planet and our solar system to major scientific and technological advances, its contribution is more than just as a research and development agency. As a layman I find it astonishing to think that since its launch before Christmas, Gaia has travelled 1.5 million kilometres to where it will measure the position and motion of a billion stars in our Milky Way galaxy. It is the largest digital camera in space and able to detect stars 400 times fainter than the human eye can see. This is an incredible technical achievement for Europe – and we are of course proud that the camera detector is British built.

It is clear that the EU and the ESA need each other, and must collaborate. Each is a great asset for the other. We cannot afford for them to be in competition. The UK Government does not support the Commission’s proposal to bring ESA into the EU. This suggestion has caused a lot of distraction and delay, while our competitors outside Europe focus on growth and make progress. I hope the Commission will rule out making ESA part of the EU decisively very soon.

Of course ESA needs to evolve as well. Where ESA acts as a delivery agent for an exclusively EU-funded programmes, there is a need for greater clarity on the rules that govern that relationship. And above all ESA must reinforce its reputation as the leading space R&D agency for Europe. As well as technical excellence it must ensure it delivers projects on-time and on-cost.

We cannot afford to split R&D efforts between the EU and ESA. Financially, each member state must be prudent and make cost-effective investments. To deliver best value for money, we need a commonly agreed roadmap for European space research and development. That roadmap needs to be a common endeavour incorporating EU and ESA funding and even Member State activities. It should be formally agreed between the EU and ESA under a joint EU / ESA Space Council. And we should always remember that there is not always a neat overlap between members of the EU and members of ESA.

The second big improvement we need to make is in promoting downstream applications. We have to make better use of satellite innovations and show that space can make a real difference to so many different sectors. I continue to badger my colleagues in Government to visit Harwell, the UK’s growing space innovation cluster, and see the potential for themselves. I am delighted that downstream applications will be supported under Horizon 2020, which I will be launching this Friday in the UK.

In the UK we are already working hard to raise awareness of the value of satellite data in a huge range of everyday activities that might not have been previously associated with space. Airports can stay open in bad weather. Fishing boats can be tracked to put a stop to illegal fishing. Broadband services can be brought to remote areas via satellite. Fully automated combine harvesters can monitor precisely which parts of the field are producing the most crop. Driverless vehicles are excitingly near. I push to the limit the tolerance of my fellow ministers in Government by asking: “Have you thought of how space can help solve your problem?” But that is a question all our governments and companies should be asking more.

However, it can be particularly frustrating if these space applications are hindered by European regulation and so my third request of the Commission, is to remove barriers to innovation in space.

For instance, the EU specifications for the European Rail Traffic Management System do not currently include requirements to use space-based technologies, including systems such as Galileo. The UK is about to build a new high speed train line, HS 2, and if we follow EU standards it won’t have signalling that uses Galileo. What a missed opportunity.

Similarly the Commission’s e-Call proposal could deliver a transformation in new cars, enabling connected vehicles that can communicate with each other and increase capacity on our busy roads. The UK has real doubts about the merits of e-Call but it if it does go ahead it must be in a way that allows maximum use of Galileo for cars. Without this sort of joined up thinking we will fail to exploit fully one of Europe’s most important recent investments in space.

The Commission is also considering a new directive regulating sale and transfer of high resolution space data. Evidence supporting such a move is very weak. There is a real danger that this new EU law could badly affect growing European space companies, and even force them out of Europe. I would strongly question whether we need this new layer of regulation. We must avoid the unhelpful situation of European countries having regulations in place where other competitors across the globe do not.

Meanwhile space tourism and commercial space are now just over the horizon. But as Sir Richard Branson pointed out at the London Space Solutions Conference, he invests where conditions are best for business – and he couldn’t operate Virgin Galactic in Europe. This is also a major problem for Reaction Engine’s Skylon space plane, which will use the SABRE engine I mentioned earlier. We are delighted that the Commission is considering how the law might be changed to remove these obstacles. We are also conducting our own review in Britain, with results to be published later this year. And the UK has a firm ambition to have a commercial spaceport in operation by 2018 to take advantage of the exciting opportunities that will soon open up.

Europe should not simply support today’s technologies. It must also have a plan for embracing disruptive new technologies to secure our role in their global future.

Finally, there is a very significant international collaboration in which many member states have participated and from which Britain has traditionally remained detached. We felt that the financial risks of participation were simply too great. I should say that I am not talking about the Euro! I am of course referring to the International Space Station.

Our stance on the International Space Station was part of a very distinctive British model in space. It meant no launchers and no astronauts, but excellence in small satellites and a lean national space agency which acts as a convener for industry, as well as promoting space research and developing key technologies. Now we are investing in an incredibly exciting next-generation launch vehicle. And we have invested in the International Space Station, with Major Tim Peake assigned to a six month mission on the Station in 2015. He will be the first British astronaut in Space for more than twenty years. The UK has made a strong investment in ESA, focusing on projects with clear benefits such as commercial telecommunications, and the new centre at Harwell near Oxford, named after Roy Gibson, the first Director General of ESA.

And in December last year my colleague, the Chancellor, announced an £80m fund for bilateral space cooperation in emerging markets. This will enable the UK Space Agency to develop projects in countries where we know there is a demand for space infrastructure and services.

This is a new era for UK space. We have reappraised things and we are forging ahead with confidence. We have ambition but we know that we need to cooperate with other countries to achieve our vision. In this anniversary year, this is the spirit in which Europe must now embrace its future in space.

– Rt Hon David Willetts MP

Let me know your comments here:

Deutsches Museum

astronomy, human spaceflight, science, space exploration, travel

At the weekend, I visited the Deutsches Museum (German Museum) in Munich – the world’s largest museum of science and technology. It was a good chance to meet some fellow space enthusiasts in an informal “spacetweetup” (or as it later turned out, meetup) with various friends and friends of friends who live, study or work in/around Munich.

It still amazes me how small the space community is sometimes. I’ve travelled to different cities and it is always great to meet fellow space enthusiasts, especially who are connected through the ISU or SGAC network. Nearby also is the Austrian Space Forum (OeWF) which is based in Innsbruck, who have an agreement with SGAC. It was good to connect with some more of their members too. We always seem to have people in common.

Working in the Education and Public Outreach Department (ePOD) at ESO, we produce a lot of materials for the public, including a lot of posters, flyers and booklets. I was pleased I was able to take some along to share with space enthusiasts.

Fellow space enthusiast and ISU alumna, Nikita, my work colleague at ESO. ON our way to the Deutsches Museum.


V2 rocket on display at the Deutsches Museum.

A large display of various rockets to scale at the Deutsches Museum.

A large display of various rockets to scale at the Deutsches Museum.