Video | Covering Robert Smith's Meltdown Festival

Over June I covered Robert Smith’s Meltdown Festival at Southbank Centre – directing and producing shoots across the festival to create highlight reels and band interview videos.

It was one of the most intense working weeks I’ve pulled off in a long time, completely fuelled by coffee and adrenaline, but totally worth it. Getting to film upfront during performances of bands such as Deftones, Manic Street Preachers and Mogwai were definite highlights.

I learnt loads of lessons during this project – particularly the need for agility and the importance of hanging around backstage to grab last minute interview opportunities!

Special thanks also needs to go to Philip Jenkins and Ben Smith who provided much needed production support!

Mogwai

Yonaka

Deftones

Sounds of Science #04

Dark Energy

So most of our universe (over 70%) is made up of something called Dark Energy. We can't see it and we don't really know what it is...

Matter - everything that makes up me, you, planets and stars - appears to make up only a very small fraction of the universe, about 4%. Instead, the universe seems to be filled predominantly by a very strange material known as dark energy and it is this material, with it's anti-gravity properties, which seems to speeding up the expansion of our universe. We've known that the universe was expanding since Edwin Hubble made his observations in the 1920s, however it's only in the last 20 years that we've realised that this expansion is actually speeding up! The problem is that we can't directly detect dark energy and this makes it very difficult to understand what it is and whether it really does exist.

Instead we must rely on indirect observations, looking at light travelling from the far reaches of the universe to determine whether the properties of this light has changed during the time it has taken to reach us. A good way to measure the expanding universe is to make observations of distant supernovae (huge explosions which follow the death of large stars) which act as 'standard candles' or 'lighthouses' because we know how bright these object should be. Measuring light from distant supernovae has allowed us to see that it is different to what it should be if these objects were positioned within a static universe. Instead what we see is changes in this light which indicates that these objects are being flung outwards and away from us via some sort of cosmic expansion.

A nice analogy to describe the expansion of the universe is what happens when two points are drawn on the surface of an inflating balloon. As the balloon is inflated, the two points begin to move further and further away from each other and as the material expands outwards, the distance between the two points also increases. Applying this analogy to the cosmos, we could imagine the same happening with two galaxies being pulled apart from each other as the space they exist in expands.

As dark energy is so difficult to detect, scientists have recently been looking for new ways to independently verify its presence within the universe. Whilst at the BBC I was lucky enough to interview cosmologist Dr Chris Blake from Swinburne University, Australia who has recently published two papers reconfirming dark energy via a new set of methods. Blake and his colleagues produced a galaxy map of over 200,000 galaxies and used this information to look at how these galaxies were distributed and how they grew relative to each other. Through this work Blake and his colleagues were able to reconfirm the presence of dark energy and perhaps most importantly were able to determine some of its properties.

I thought I'd use the audio from this telephone interview and spruce it for the next sounds of science episode:

[soundcloud width="100%" height="81" params="" url="http://api.soundcloud.com/tracks/18436704"]

It probably sounds better with headphones (or obviously decent speakers).

Useful links:

http://www.bbc.co.uk/news/science-environment-13462926

 http://preposterousuniverse.com/writings/cosmologyprimer/faq.html#dmde

http://supernova.lbl.gov/PhysicsTodayArticle.pdf

Alder Hey's Dawn Chorus

Our response to sound and noise are influenced heavily by the psychological associations we have with them. Hospitals and their internal soundscapes obviously carry very negative connotations and in the case of young children these negative associations can lead to increased levels of distress and fear. However the reverse of this is also true, certain sounds can have very positive associations and the effect of listening to these sounds can be very positive and powerful.

Several weeks ago, I was walking down the central corridor of Liverpool’s Alder Hey children’s hospital when I became aware of the sound of birdsong. As I continued down I could hear quite clearly the sound of a single blackbird gracefully chirping through the din of the chaotic hospital. As I focused on the sound I found that it brought with it a sense of calm and I begun to lose the feeling of unease that I tend to experience inside hospitals. However, there was no sign of this little bird or any other wildlife inside the hospital, save from the colourful murals adorned across the corridor walls. I quickly realised that what I was listening to was a very special sound installation; playing out the wonderful recordings made by BAFTA award winning sound artist Chris Watson.

I’d come to Alder Hey specifically to talk with their Arts Coordinator Vicky Charnock to find out how the hospital had been experimenting with sound to improve the experiences of their young patients. I also got chance to speak with Chris Watson, the creative talent behind the installation and he explained to me why he chose to bring the sounds of a local park within the walls of this hospital.

The Dawn Chorus installation forms part of the larger Sonicstreams project which is a creative collaboration between Alder Hey and the Foundation for Arts and Creative Technology (FACT); the project aims to creatively explore the impact of sound on the human body.

You can listen/download the radio piece below:

[soundcloud width="100%" height="81" params="" url="http://api.soundcloud.com/tracks/12781881"]

Music to smash atoms to

Kate Simko’s ‘Music from the Atom Smashers' (2009) is a beautiful and serene collection of tracks made as the soundtrack for the documentary ‘The Atom Smashers’ Simko is an American born electronic producer and DJ, who produces an interesting and subtle blend of techno; her classical piano training is certainly evident in the wonderfully rich and melodic textures of her work.

If you have spotify you can check out Music from the Atom Smashers here:

Kate Simko – Music from the Atom Smashers

If you want to listen to her most recent work, check out her Myspace

[youtube=http://www.youtube.com/watch?v=Qa-ypx_wUms]

The film itself details three years at the American Fermilab, examining the concerns arising from the fact that it is often politicians, not scientists, who decide upon the future and value of science within society.