Category Archives: Events

Science Museum launches Britain’s first official astronaut

By Roger Highfield and Doug Millard. Roger Highfield is Director of External Affairs at the Science Museum Group. Doug Millard is Deputy Keeper Technologies & Engineering and is currently leading on content for a major new exhibition of Russian space exploration opening in 2014.

The Science Museum has welcomed many astronauts and cosmonauts over the years and each time our visitors have been spellbound. Today, we witnessed the announcement of Briton Tim Peake’s mission to visit the International Space Station, ISS.

Tim Peake will be the first British astronaut to visit the International Space Station.

Tim Peake will be the first British astronaut to visit the International Space Station. Image: BIS

Peake (who tweets as @astro_timpeake), will join Expedition 46 to the ISS, and will be carried aloft by a Soyuz mission in November 2015.

His selection by the European Space Agency was announced to the world’s media in the Science Museum’s IMAX at an event introduced by Director Ian Blatchford.

Ian Blatchford, Science Museum Director (l) welcomes Tim Peake and Science Minister David Willetts (r) to the Museum. Image: Science Museum

Ian Blatchford, Science Museum Director (l) welcomes Tim Peake and Science Minister David Willetts (r) to the Museum. Image: Science Museum

Peake, who is based in the European Astronaut Centre in Cologne, said  that he is ”absolutely delighted” and saw the mission as the culmination of everything he had worked for during his  career, though he admitted that he had misgivings about the disruption caused by moving his family – he has two young sons – to Houston.

However, he was not concerned about the risks of the mission, since his future career was ‘probably safer’ than past career as helicopter test pilot.

His tasks once in orbit will include helping to maintain the space station, operating its robotic arm and carrying out science experiments in Esa’s Columbus laboratory module, which is attached to the front of the 400-ton ISS complex.

Backdropped by a colourful Earth, this full view of the International Space Station was photographed from the Space Shuttle Discovery.

Backdropped by a colourful Earth, this full view of the International Space Station was photographed from the Space Shuttle Discovery. Credit: NASA/SSPL

Peake said that he hoped there would be space biomedicine experiments and that the UK scientific community would rise to the opportunities presented by microgravity experiments.

“Major Tim” told the press conference that in preparation for this challenge he had lived in a Sardinian cave for a week, flew on what is popularly known as a ‘vomit comet’, has spent 12 days in Nasa’s Extreme Environment Mission Operations, an underwater base, and he has undergone training with Russian and American spacesuits so he will also be able to perform a spacewalk.

The recently returned ISS commander, Canadian Chris Hadfield, attracted a big following for his tweets, videos and songs from the platform which Peake said built a worldwide audience. However, Peake dashed any hopes of a pop video by admitting: ‘I do play the guitar but very badly.’

Peake hails from Chichester, and is the “first official British astronaut” for the European Space Agency, selected from 8000 candidates. Previous UK-born individuals who have gone into orbit have done so either through the US space agency (Nasa) as American citizens or on independent ventures organised with the assistance of the Russian space agency.

Tim Peake answers questions from the press at the Science Museum.

Tim Peake answers questions from the press at the Science Museum. Image: Science Museum

Thomas Reiter, a former astronaut and Director of ESA’s Directorate of Human Spaceflight and Operations, congratulated Peake ‘It is a remarkable moment for your country. You all can be proud of Timothy.’ And Dr David Parker of the UK Space Agency said nothing inspires like human explorers at the final frontier.

David Willetts, Minister for Universities and Science, said that this mission is part of effort to rebalance the economy – the UK space industry is worth £9.1 billion to the economy – and pointed out that the space sector is growing by 8 per cent each year.

He added that the mission underlined the inspirational values of space – the ‘Apollo effect’ – and will encourage more young people to take up STEM (science, technology and maths) subjects at schools and universities. ‘I have high hopes it will interest a generation of students in science and technology.’

The minister said that the objects in the Science Museum are a reminder of the UK’s distinguished history in space exploration and that he is now looking into a competition for schools based on the mission to the ISS.

Tim Peake pictured with a space suit from the Exploring Space gallery. Image: Science Museum

Tim Peake pictured with a space suit from the Exploring Space gallery. Image: Science Museum

Prime Minister, David Cameron, commented:  “This is a momentous day, not just for Tim Peake but for Great Britain. Tim was picked for this historic role from over 8,000 applicants from around the world. I am sure he will do us proud.”

Helen Sharman was the first Briton to go into space in 1991 in a joint venture between a number of UK companies and the Soviet government and spent a week at the Mir space station.

Sharman spoke at a recent event at the museum to celebrate International Women’s Day. The museum has her space suit on display and, only a few weeks ago, she stood before her suit as she told leading figures in drama and theatre about her experiences in orbit.

The most experienced UK-born astronaut is Nasa’s Michael Foale, who completed long-duration missions to both the ISS and Mir.

2013 Annual Director’s Dinner

Roger Highfield, Director of External Affairs at the Science Museum Group, writes about the 2013 Director’s Annual Dinner held in the Museum. 

The Science Museum unveiled the next major stage in its development last night at the Director’s Annual Dinner, with the help of Cédric Villani, winner of the most prestigious prize in mathematics, the Fields Medal.

The Museum already plans to launch a £4 million platform for photography, art and science, called Media Space this autumn; a £1 million immersive show about particle physics, Collider, in November; and a £16 million Information Age gallery in 2014, as the world’s foremost celebration of information and communication technologies.

Director's Annual Dinner at the Science Museum

Guests at the Director’s Annual Dinner hear the Museum’s plans for development. Image: Science Museum

Ian Blatchford, Director, announced at the annual dinner that the next major project would be to deliver a maths gallery on the second floor of the museum in 2016, quoting Churchill, who famously described how his Harrow master ‘convinced me that mathematics was not a hopeless bog of nonsense, and that there were meanings and rhythms behind the comical hieroglyphics.’

Ian Blatchford, Director of the Science Museum, welcomes guests to the Annual Dinner

Ian Blatchford, Director of the Science Museum, welcomes guests to the Annual Dinner. Image: Science Museum

The project will draw on the expertise of Jim Bennett, previously director of the Museum of the History of Science in Oxford, and the advice of some of the country’s best popularisers of mathematics, Prof Marcus du Sautoy and Alex Bellos.

Guests at the Director's Dinner. Image: Science Museum

Guests at the Director’s Dinner. Image: Science Museum

Appropriately, the guest of honour and keynote speaker at the dinner was Cédric Villani, Director of the Institut Henri Poincaré (UPMC/CNRS) who was awarded the 2010 Fields Medal and is as well known for his ‘19th century poet’ look – white cravat and long hair– as his playful, inspirational approach to mathematics.

Cédric Villani, Director of the Institut Henri Poincaré, addresses guests at the Directors Dinner

Cédric Villani, Director of the Institut Henri Poincaré, addresses guests at the Directors Dinner. Image: Science Museum

His lecture deftly intertwined physics, economics and geometry and he referred to the curse of mathematicians who, like in the legend of the Lady of Shallot is condemned ‘ to look at this world only through its reflection.”

Villani’s research (described in his TEDx talk above) is based on kinetic theory, which scientists use to describe a system of interacting particles such as a gas or liquid in which billions of molecules are moving in all directions.

He has extended this theory to include the long-range interactions between molecules, the second law of thermodynamics and the Boltzmann equation, which describes the behaviour of particles in a low density gas. He illustrated his talk with a picture of himself taken in the central cemetery, in Vienna, next to Ludwig Boltzmann’s grave. Because the second law of thermodynamics predicts that entropy – a measure of disorder within a system – always increases, Villani has in effect figured out was just how fast our world is falling apart.

Director Ian Blatchford (l) congratulates Lord Rees (r) on becoming a Fellow of the Science Museum. Image: Science Museum

Science Museum Director Ian Blatchford (l) congratulates Lord Rees (r) on becoming a Fellow of the Science Museum. Image: Science Museum

Later in the evening, Lord Rees, the Astronomer Royal, was made a Science Museum Fellow in recognition of his contribution to the world of science.

The black tie event, which was addressed by the Chairman of Trustees, Dr Doug Gurr and sponsored by Champagne Bollinger, was attended by leading figures including Jim al-Khalili, broadcaster and physicist; Evan Davis, Presenter of Dragons’ Den and the Today programme; entrepreneur and model Lily Cole; Science Minister David Willetts MP; Imran Khan, CEO of the British Science Association; Anthony Geffen, CEO & Executive Producer of Atlantic Productions; Daisy Goodwin, television producer, poetry anthologist and novelist; Deborah Bull, Executive Director, King’s Cultural Institute; Simon Singh, author; Fiona Fox, Director of the Science Media Centre; Sarah Sands, Editor of the Evening Standard; and Professor of Genetics, Steve Jones.

The 2013 Director's Annual Dinner was sponsored by Champagne Bollinger. Image: Science Museum

The 2013 Director’s Annual Dinner was sponsored by Champagne Bollinger. Image: Science Museum

A Great Exhibition

Harriet Lamb, Senior Individual Giving Executive in our Development team, writes about the history of the 1851 Great Exhibition. 

Early May marks the anniversary of the opening of the Great Exhibition of 1851 (and therefore the origins of both the Science Museum and Victoria & Albert Museum). 100,000 objects from art to machinery, from all over the world were on display in an enormous purpose built glass structure –  so big that it arched over two of the trees in Hyde Park. Nothing like it had ever been seen before.

Queen Victoria opening the 1851 Great Exhibition.

Queen Victoria opening the 1851 Great Exhibition. Image credit: Science Museum / Science and Society Picture Library

In five and a half months, over six million people visited the exhibition from across the nation to satisfy their interest in the latest innovations and technological and manufacturing marvels of the 1850s.

There was initial concern about the cost of the Great Exhibition and building its giant glass structure, but to everyone’s surprise the exhibition made a profit of £168,000. That’s over £16m in today’s money! This money was put to good use, and following on from the phenomenal success of the Great Exhibition part of the profit was used to set up the South Kensington Museum (pictured below).

The South Kensington Museum (the forerunner to both the Science Museum and the Victoria and Albert Museum).

The South Kensington Museum (the forerunner to both the Science Museum and the Victoria and Albert Museum). Image: Science Museum / SSPL

This museum housed art and science objects in new buildings on a road named after the success of 1851 – Exhibition Road. The collections grew so large that by 1893 both the science and arts collections had their own directors, with the Science Museum officially opening in 1909.

Work on the ‘East Block’, the main Science Museum building. Picture taken in November 1915 from the Victoria & Albert Museum.

Work on the ‘East Block’, the main Science Museum building. Picture taken in November 1915 from the Victoria & Albert Museum. Credit: Science Museum / Science & Society Picture Library

It’s amazing to think that an exhibition visited by millions of people more than a century and a half ago is part of the reason the museum is here today. Last year, our 3 million visitors generously donated almost £1m to help us continue bringing the history and future of science to life. If you’d like to support us, find out more here or speak to a member of staff next time you visit.

The Pavegen dance floor, used to generate electricity from movement

Climate Change Lates

The unpredictable British weather has had a big impact on our lives already this year. So, as we emerge from the April showers, what better theme for a Lates evening is there than the science of climate change?

Join us for a fun and thought-provoking evening where we take a closer look at the new technologies being pioneered to help solve some of the most pressing climate related issues that affect our daily lives.

How do we meet the demand of a growing population and the expansion of our cities? Ian Bowman, Head of Sustainability UK and NW Europe, Siemens looks at how new technology is the key to meeting these challenges and offers up solutions which have minimum ecological impact such as the use of wind power technology, electric vehicles and hybrid transport and more eco-friendly healthcare systems. For more examples of eco-engineering you can check out the hydrogen fuel cell car which is on display in our Atmosphere gallery.

Original equipment used by Charles Keeling to sample carbon dioxide levels in the air on display in the Atmosphere gallery.

Original equipment used by Charles Keeling to sample carbon dioxide levels in the air on display in the Atmosphere gallery. Image credit: Science Museum

This year marks the 60th anniversary of the Great London Flood. Some experts think that the increased risk of flooding from climate change may render the Thames Barrier redundant by the middle of the century. So how will London be protected? Meet Tim Reeder, Regional Climate Change Programme Manager at the Environment Agency who will talk about the challenge of planning for sea level rise in London and how the Thames Estuary 2100 plan is going to tackle it.

Imagine if your night in a club or walk to work could power the lights for your journey home. Test out your moves in the Energy Dance-off, which features an incredible energy harvesting dance floor from Pavegen that converts the kinetic energy of your dance steps into electricity, powering a reactive light installation.

The Pavegen dance floor.

The Pavegen dance floor. Image credit: Pavegen

Already used by runners at this year’s Paris Marathon, every impact on a Pavegen tile generates between 4 and 8 joules of electrical energy, power that would otherwise have gone to waste. You can also follow the dance floor on twitter to see just how much energy Lates visitors generate.

Throughout the evening you can have fun with the Climate Playground and try your hand at some old-school kids’ games and indulge in all the usual Lates activities such as the Silent Disco, Pub Quiz and Launchpad gallery.

Entry to Lates is FREE and open to anyone over the age of 18. Can’t get to London on Wednesday? You can also follow Lates via @sciencemuseum & #smLates

The Viridity racing team

From school to the racetrack

Viridity, a team of young engineers from Newstead Wood School in Orpington, Kent are taking part in our High Performance festival this weekend. This guest blog post has been written by the Viridity team. 

We are Viridity, a team of young aspiring engineers from Newstead Wood School in Orpington, Kent. We have entered into the Greenpower Challenge, a competition for students with an interest in engineering. The challenge for participating teams is to design, build and race an electric car, in competition with other schools from all over the UK.

Newstead Wood School’s Team Viridity GRT

Newstead Wood School’s Team Viridity GRT

Our team is made up of students from years 10 to 12 (ages 14 to 17) with several team members currently studying for the Engineering Diploma. The team is supported by our link engineer, Peter Fagg, a mechanical engineer from National Rail. Through his support, Peter has encouraged many students at Newstead to get involved with engineering.

Various Greenpower race categories exist, each open to different age groups. We have opted to race in the Formula 24 category, which is open to students between the ages of 11 and 16. Formula 24 races are endurance races lasting four hours and require a minimum of five drivers. We are one of only two all-girl Formula 24 teams in the UK.

Heats take place at major motorsport venues around the country, with the best teams qualifying for the national final held in October each year at the Goodwood Motor Circuit. To date our car has raced at Bedford Autodrome, Castle Combe circuit, Dunsfold Park (home of the Top Gear test track) and Goodwood Motor Circuit.

Our first year of participating in the Greenpower Challenge was in 2011. At that year’s Formula 24 national final, we finished 19th out of a field of 75 cars – 179 teams nationally – and succeeded in attaining the “best newcomer” award.

Last year, we once again qualified for the national final, but suffered a punctured tyre which set us back in the race and resulted in our team finishing 47th. Such is the nature of motorsport.

Viridity GRT at Goodwood Motor Circuit, October 2012

Viridity GRT at Goodwood Motor Circuit, October 2012

Our aim this year is to make modifications to our existing car to improve its performance. If we are able to raise sufficient funding, we also hope to build a new car for entry into the Formula 24+ category of races.

Since its inception, our team has been reliant upon obtaining the support and sponsorship of local companies. As an example, Stephen James BMW, Ruxley have provided welding services for our team as our school lacks welding facilities. Other companies, such as RP Martin Brokers have generously supported us financially. For more information on our on our project, or to offer support, please click here

Science Museum, Met Office and Defra host water summit

As Britain lurches from flood to drought, even the most hardened climate sceptic would have to admit that our relationship with that most fundamental ingredient of life – water – is undergoing a profound change.

On 28th February, key individuals from Government, industry, academia and consumer bodies met to discuss the major issues facing water use in a meeting organised with the Department for Environment, Food and Rural Affairs and the Met Office at the Science Museum.

In opening remarks, the chairman of the Environment Agency Lord Smith said that to become sustainable the country needed to improve water resilience – the balance of demands from homes, industry, agriculture and the need to protect ecosystems – and achieve a reduction in average demand from the current level of around 150 litres per person per day to around 130. The country must also continue to improve flood resilience: in the past 10 months, 8000 properties in England and Wales flooded but 200,000 were protected by defences built over the prior 30 years.

Finally, he said that the nation needs to get more adept at planning for uncertainty.

Chaired by Ian Blatchford, Director of the Science Museum, five key themes emerged from the round table discussion:

1) Our relationship with water has altered. Long term environmental trends that result from climate change mean that although average annual rainfall is roughly the same, the intensity and variability have increased. There are other pressures on the water supply, caused by the continued reliance on Victorian sewers, demographic trends and the resulting impact of construction, such as covering tracts of land with paving.

2) Science is critical. We require cutting edge science to understand issues ranging from climate change to the behaviour of surface water, which recently leapfrogged rivers as the primary flooding threat, when most warning systems are calibrated by river behaviour. However, much of this science is hedged in uncertainties – such as the limitations of medium range forecasting – and there are huge challenges in conveying them to the public.

3) Collaboration. To deal with the change in Britain’s water, collaborations need to come in different domains: between industry and universities in centres of excellence; multi-agency partnerships of the kind already working successfully between the Environment Agency and Met Office in flood warning; and between the water industry and local communities and councils on local solutions, such as reliance on wetland areas to absorb floodwaters. This relationship has to be a partnership, not paternalistic. These collaborations will not always need to bring about innovation but simply bring things together better. There are also issues finding funding support for applied science. Research councils tend to focus on strategic science and water companies tend to focus on practical research. Examples of collaborations between water industry leaders and universities are emerging, though more are desirable. The UK could also learn from the experience of countries such as Australia, where there is expertise in drought management.

4) Communication. Water is crucial for existence and yet, paradoxically, the consumer needs a better understanding of the role it plays in everyday life, through a more obvious link between the cost, value and uses of water. One challenge is encouraging a community take action in advance of a drought, in preemptive measures that can delay the need for draconian measures, rather than in reactive measures when supplies run short. There are technologies, such as telemetry, which can provide more rapid warning to communities of flood risks, and smart meters, which are more engaging. Another communication issue is to both understand the way consumers respond, whether to warnings or tariffs, and to find the best way for institutions to earn their trust. Finally, the UK is a world leader in many areas and, rather than continuing to do brilliant work modestly, it should be bolder in conveying its successes to the public and globally, since water resources are a planetary issue.

5) Skills. Understanding of the behaviour of local water has moved away from local authorities and, as emphasised in point 3) this has to be re-established in new collaborations, which are more focused on catchment areas than political boundaries. Another issue is maintaining the experience of ‘flood veterans’ who have dealt with earlier emergencies, such as the 2007 floods that triggered Sir Michael Pitt’s review.

Roger Highfield is the Director of External Affairs at the Science Museum Group.

Isaac Newton

Sir Isaac Newton drama character

The next time you visit the Museum, not only can you witness the great exhibits and events we have on offer, you can also meet famous scientists and other characters throughout history! (Well, kind of…).  Unfortunately, we haven’t invented a time machine but you can meet Sir Isaac Newton, the world’s first pregnant man and even some giant cockroaches, which are just a few characters brought to life everyday by actors inside the Museum.

Isaac Newton Drama Character

Today I met Sir Isaac Newton (not the real one obviously, the actor’s name is Guy) who invented the cat-flap, named the colours of the rainbow and of course thought a lot about gravity:

Chi: Sir Isaac Newton?

Newton: Oh, call me Isaac please! What a fascinating emporium this place is. Marvellous!

Chi: Yes, thank you, um, Isaac. So, these toys you have here… ?

Newton: Toys? These, Sir, are my scientific apparatus!

Chi: Really?

Newton: Well, do you like to experiment?

Chi: Yeah!

Newton: May I recommend “The Early Learning Centre” then, marvellous place!  Take this pink ball, for example. Smell it.

Chi: Huh?

Newton: Experiment, Sir. You seem rather hard to convince. Rather like the Royal Society, I might add. Go on, smell it.

Chi: It sort of smells like strawberries…?

Newton: Yes, very peculiar, isn’t it? So if I roll it along the ground like so – excuse me, Sir, you’re somewhat in the way. Thank you – why does it come to a standstill?  Don’t you go to bed at night and worry about strawberry smelling objects coming to a standstill?

Chi: Errr…no.

Newton: Oh, is it just me then? Well, does it stop because it smells of strawberries?

Chi: Well, no…

Newton: Ha! You see. You already have a theory on why it stops. Clearly you are a natural philosopher. Marvellous! Everyone is. Also, take a look at my cheeseboard over here…

Chi: Erm, it’s a skateboard.

Newton: Really? I thought it was a cheeseboard. After all, it’s yellow. And has wheels on it so you can push it along the table. Marvellous!

Explainer Fact: Fancy meeting Sir Isaac Newton and other drama characters?  Check the Science Museum website for further details.  School groups can book their own drama character session.

Many thanks to Guy for his enormous contribution.

Yes, (Science) Minister

By Robert Bud, Keeper of Science and Medicine

The science ministers may change, but problems endure. The single issue that most preoccupies thinking about science research policy has remained constant for more than two decades: what policies will best support translation of laboratory brainwaves into commercial success for UK PLC.

The perennial problems of turning scientific excellence into commercial success without damaging the research base was the central issue discussed at a remarkable gathering of the individuals who have been in charge of British science since the early 1990s, held at the Science Museum and cosponsored by the Mile End Group of Queen Mary University of London, and the Royal Society.

The Minister responsible for science, David Willetts MP, was joined by Lord Waldegrave, Science Minister from 1992-1994 (and former Chair of Trustees of the Science Museum) and Lord Sainsbury, Minister for Science 1998-2006 in an event chaired by the historian Lord Hennessy.

Before them was a who’s who of the British scientific establishment, including the current Chief Scientist Sir John Beddington and his predecessors, Sir Bill Stewart, and Lord May. There were former vice-chancellors too, Sir John Ashworth (Salford and LSE), Sir Alan Wilson (Leeds), Sir Roger Williams (Reading) and the current VC of Queen Mary University of London, Simon Gaskell. Others guests included Sir Walter Bodmer who chaired the first committee to explore Public Understanding of Science and Sir Geoffrey Allen, founding Secretary of the Science and Engineering Research Council in 1981.

The problems of managing science have not fundamentally changed in half a century, and David Willetts emphasised continuity between Lord Waldegrave’s White Paper “Realising our Potential” (1993), Lord Sainsbury’s “Race to the Top” (2007) and Willetts’ current concerns with helping British industry avoid the ‘Valley of Death, where projects are considered too embryonic for industry to fund and too commercial to be backed by the research councils.

David Willetts emphasised his belief that greater American success in taking university innovations to market was the result of better American government support measures than any cultural differences. Innovations by American scientists receive support at an earlier stage from American government measures than their British counterparts, which enables the US industry to take lower risks when delivering a novel technology to a market. But a note of warning and wise advice based on hard experience was given by Lord Waldegrave, who commented that put scientists and politicians too close together nearly always ends in catastrophe. Lord Sainsbury pointed out that offering to contribute to solving the problems that bedevil the Treasury is a better approach to the extraction of resources than demanding support.

Lord Sainsbury questioned the assumption that public knowledge of science would lead to the public boosting its appetite for science. However, Sir Walter Bodmer pointed out that his committee never believed that widespread knowledge of science would equal public understanding of it, but was rather a prerequisite. This distinction had got lost subsequently. Regulation also has a role, with Sir John Ashworth pointing out the role of research-supported standards and regulation was one way to ensure the best quality in industry.

The speakers vigorously agreed that it was in the interest of British industry to have strong government funded research institutes in a landmark meeting that distilled some of the basic truths to emerge from science policy over the past few decades.

A number of tweets from the night have been storified and a transcript of the entire meeting will be mounted in a blog to follow soon.

A zombie with its handler

ZombieLab: Grappling with consciousness

On Wednesday night, the zombies outbreak began, driving over 5,000 people to the Science Museum’s Lates to search for answers and a better understanding of consciousness. 

A zombie with its handler

A zombie with its handler

Scientists from across the UK will gather in the Science Museum this weekend (2/3 Feb, 11-5.30pm) for ZombieLab. Worried members of the public are invited to study zombies and the science of consciousness as society searches for answers. 

Here’s our guide to ZombieLab and the murky world of consciousness…

First, you must prove you’re not already been afflicted with Quarantine. With ten minutes until the safe house doors slam shut, complete the tasks to show you’re fully conscious and you might survive…

Next, watch experts from Cambridge and UCL give a live clinical diagnosis of one of the afflicted, before Prof Anil Seth answers the questions you’ve always wanted to know in his Are Zombies Conscious? talk.

Visitors must prove they are not already afflicted through a series of tests at ZombieLab

Maya Kaushick at Imperial and Frank Swain, author and zombie expert, will look at what affects our behaviour, the way we experience the world and whether current research could explain the cause of a zombie outbreak? We also ask how our senses drive our conscious experience, and how can we use this knowledge to better understand how zombies hunt?

As the Zombies lurch towards you, can you escape their grasp? Adrian, the neuroscientist behind new smartphone app Zombies, Run! will be on hand to explain how fear and hungry are powerful motivators while you outrun a zombies pack, and Collective behaviour experts Edd Codling and Nikolai Bode of the University of Essex will put you through your paces in the zombie predator-prey game, Horde.

Pro-Zombie Action Group

Zombies are people too!

Time passes, and as a cure is found, society asks are zombies accountable for their actions? Join the Trial and decide whether zombie-killers should be imprisoned, not celebrated. The Community Jury Initiative needs you to decide. Outside the Trial, the Pro-Zombie Action Group will be in full swing: Zombies are people too! Stand up for zombie rights with banners, speeches and impromptu demonstrations.

If zombie films are more your thing, buy tickets here for our exclusive Sunday afternoon showing of Warm Bodies.

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If you’ve enjoyed ZombieLab, please make a conscious decision and donate £3 to the Museum. You can text Zombie to 70500 or donate here.

Designed for use by infants, Smith-Clarke designed the ‘Baby’ breathing machine at the request of a paediatrician in 1956. Image credit: Science Museum

Polio: On the edge of eradication

Billionaire computer entrepreneur and philanthropist, Bill Gates, is to discuss the impact of polio on humanity at this evening’s annual BBC Richard Dimbleby Lecture. His speech, which will be broadcast from the historic Royal Institution, will be supported with the visual aid of an iron lung from the Science Museum’s collection (1.03 mins in).

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The global effort to eradicate polio, which has reduced the number of recorded polio cases by 99 percent within the last two decades – from 350,000 cases a year in the late 1980s to 205 last year – has been funded, in part, by billions of dollars from the Bill & Melinda Gates Foundation, the largest private foundation on the planet.

The effects of polio can be seen in the range and development of technology designed to relieve suffering. At its worst, polio survivors are unable to breath without assistance, and this lead to the development of the iron lung, or cabinet respirator, in the 1920s by Philip Drinker of Harvard University.

Designed for use by infants, Smith-Clarke designed the ‘Baby’ breathing machine at the request of a paediatrician in 1956. Image credit: Science Museum

Designed for use by infants, Smith-Clarke designed the ‘Baby’ breathing machine at the request of a paediatrician in 1956. Image credit: Science Museum

Although life-saving, early models were alarming and uncomfortable for patients, and it wasn’t until 1956 that Captain G T Smith-Clarke, a British engineer, devised a vastly superior device. Patients encased in the cabinet had pressurised air pumped into the chamber causing the lungs to inflate and deflate, enabling the patient to breathe.

The Smith-Clarke ‘Baby’ iron lung in our collection was acquired in 1990 from The Royal Free Hospital in London, where it had been standard equipment in the 1960s, but by 1990 they had become rare indeed.

With polio now prevalent in just three countries – Pakistan, Afghanistan and Nigeria – and with a continued global effort, total eradication is, for the first time, within our grasp.