Announcing SSFX UK Tour

Missed out on the SSFX Short Film Festival back in September 2017? Not to worry because the short films will be touring the UK, having been made freely available to independent cinemas, film festivals, and clubs or societies.  Get in touch for details of how to screen, all we ask is that you let us know which films you show and to how many people.

There will even be some special events in 2018, so keep your eye on this website for the latest. In the meantime, here’s the trailer for the tour:

Q&A: Murmurs of a Macrocosm

We’re showcasing the short films produced through the SSFX project, hearing from the filmmakers involved. Adam Azmy discusses Murmurs of a Macrocosm.

A journey through a microscopic world. We are led via the descriptive recordings of those who travelled it.

SSFX at the National Space Centre

SSFX will be at the next Space Lates at the National Space Centre in Leicester on Saturday 13 January 2018. In the venue’s Shuttle Suites at 7pm we’ll host screenings of a selection of our short films featuring the sounds of space and hear from the scientists and filmmakers behind the project.

The Space Lates evening will also feature astronaut training, stargazing, and other activities. Book a place now.

SSFX Highly Commended at SEPnet Public Engagement Awards

The SSFX (Space Sound Effects) project was awarded a Highly Commended in the Innovation Project Award at the biennial SEPnet Public Engagement Awards. This category recognises projects which have delivered interesting and innovative ways in which the public has engaged with physics research.

It was just one of the awards picked up by Queen Mary physicists that night.

Q&A: DARK MATTER(S)

We’re showcasing the short films produced through the SSFX project, hearing from the filmmakers involved. Jesseca Ynez Simmons and Collin Susich discuss DARK MATTER(S).

This experimental and meditative imagining attempts to capture the activities of a fish tank in a way that takes the inhabitants out of their enclosed world, to a place unknown, to feel both their death and their life.

Q&A: Astroturf

We’re showcasing the short films produced through the SSFX project, hearing from the filmmakers involved. James Uren and Nidhi Gupta discuss Astroturf.

A meticulous young man tends to his fake garden to the sounds of deep space.

How Space Sounds Create Killer Electrons

You may have been wondering why space scientists research into these sounds from space. Well check out the answer in this latest video in the SSFX series.

The first ever SSFX Short-Film Festival

The SSFX Short-Film Festival was held for the first time on Saturday 2 July at Rich Mix in Shoreditch, London, UK featuring a diverse collection of short films all containing sounds from space. The BBC World Service came along and interviewed Dr Martin Archer along with a couple of the selected filmmakers.

 

Blogger Zainabb Hull was also in attendance and wrote this article on the entire festival.

 

Check out some of the photos below.

Art – Science Collaborations Using Data

Art and science are often seen as complete opposites: art is subjective, while science aims to discover objective facts about nature. But more and more, we are realising that there are commonalities between the two and this has lead to more and more collaborations between artists and scientists. However, the artworks’ inspiration from science isn’t always apparent to audiences – that’s why I’ve become an advocate for using actual data in these collaborative works, just like in the SSFX project.

I’ve written an article on this subject over on The Conversation, based on my experiences with this project.

Film festival showcases movies made from space sounds

The Space Sound Effects (SSFX) Short-Film Festival, presented by Queen Mary University of London (QMUL), has challenged independent filmmakers from around the world to create short-films incorporating a series of strange sounds from space recorded by satellites. The result is a collection of films, spanning a wide array of topics and genres, connected only by these sounds.

The festival, on 2 September at Rich Mix in Shoreditch, will showcase these highly creative works, present awards for the best films and will hear from the filmmakers involved and festival judges in panel discussions featuring audience Q&A.

Dr Martin Archer, festival director and space physicist at QMUL’s School of Physics and Astronomy, said: “I have been blown away by how the filmmaking community have taken to incorporating these sounds – which form part of my research as a space physicist – into their work. All of the submissions have been so very different, it’s made the judging process very difficult indeed.”

Conventional wisdom usually states that space is a vacuum and therefore sound, which requires a medium to travel in, cannot exist. But space is not a true vacuum, it’s actually filled with very weak plasma, a different state of matter made of charged particles.

While this plasma can’t support audible sound waves, it can support very quiet ultralow frequency plasma-equivalents of sound waves – magnetosonic waves.

Dr Archer said: “These magnetosonic waves can bounce around within Earth’s magnetosphere, the magnetic shield which protects us from many sources of space radiation, and often set up ‘resonances’, where the frequency is just right so that these waves grow and grow in energy rather than fizzling out quickly.

“This is exactly how musical instruments work, so in essence we are living inside a massive, magnetic musical instrument.”

Scientists study these waves inside the magnetosphere because of their potential effects on our technology. The waves are constantly being monitored using satellite and ground observations.

One of the NOAA GOES satellites

In the case of SSFX, eight years’ worth of measurements of these waves from the Geostationary Operational Environment Satellites (GOES) have been made audible.

These satellites, operated by the USA’s National Oceanic and Atmospheric Administration, are principally used for weather forecasting, severe storm tracking, and meteorology research, but also monitor the space environment around the Earth through various instruments, including magnetometers (instruments which measure magnetic fields in space).

By amplifying the magnetometer data and severely squashing it in time (so much so that a whole year becomes just six minutes) these ultralow frequency waves can be heard by the human ear for the first time.

Dr Archer released this audio online, with filmmakers using it as inspiration in their works. A panel of judges, consisting of scientists and film industry figures, then reviewed all the films submitted to the competition and have selected the shorts to be screened at the festival.

Ali Jennings, who submitted the film ‘Noise’ to SSFX, said: “Once you heard the sounds they kind of wrote the story, they had to carry the narrative, creating a character in and of themselves. This kind of competition which has such a broad remit is an amazing and novel opportunity. It allows creativity in communicating science, conveying the feelings of science rather than just the facts.”

Nidhi Gupta, who submitted ‘Astroturf’, added: “We wanted to make a film that used the space sound effects in an interesting way, while telling a compelling short science-fiction story – and with no budget! The rustling, swirling space sounds reminded us of the noises that people make all the time when performing simple tasks – sounds that in film are often replaced or reproduced as foley.

“So we decided to build the entire soundtrack from the space sound effects, and created a simple narrative that involved a combination of actions that we felt would be convincing when dubbed.”

The SSFX competition has been supported by QMUL’s Centre for Public Engagement. Thanks to recent funding from the Science and Technology Facilities Council and the European Geosciences Union, the project will soon be expanding with the shorts being packaged together into an anthology film which will tour the country at festivals and independent cinema venues, raising awareness of current space research with the public.

The team also plans to continue creating and releasing more of these waves recorded by other space missions.

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