Showing posts with label art. Show all posts
Showing posts with label art. Show all posts

Sunday, November 17, 2013

Walton sculpture unveiled - 'Apples and Atoms'

Apples and Atoms by Eilis O'Connell (Image: @TCDArtCurator)
A sculpture celebrating the life and work of  Ernest  T.S. Walton, Nobel Laureate for Physics, and former  graduate  and professor at Trinity College Dublin, was opened to the public by Minister for Education and Skills, Ruairí Quinn TD, this week at  a special ceremony at TCD. The sculpture titled ‘Apples and Atoms’   was designed by artist, Eilís O’Connell RHA.
Ernest T. S. Walton studied at Trinity where he was a scholar and won many College prizes, including a gold medal in experimental science. He graduated with joint honours in mathematics and physics in 1926 and went to Cambridge to do his postgraduate work. Thus began the momentous collaboration between Walton and his fellow physicist, John Cockcroft, which exploited linear acceleration methods to induce nuclear disintegration by artificial means, as observed by Ernest Walton, on April 14th, 1932. It was the first time that Einstein’s E=mc2was verified directly in a nuclear reaction. His and Cockcroft’s success, using artificially accelerated particles for experimenting on the atom, meant the research into the nature and structure of the atom was no longer restricted by having to rely on natural sources of radiation. In 1946, Walton returned to Trinity College, to become the Erasmus Smith Professor of Natural and Experimental Philosophy where he remained until 1985.
“Ireland is home to many science heroes and Ernest T.S. Walton is one of our leading ones. This sculpture pays homage to him as a scientist, teacher and truly celebrates his scientific legacy  that continues to educate and inspire our students of science today, ” said Minister for Education and Skills, Ruairí Quinn.
Ernest TS Walton
Commemorating the 80th anniversary of the experiment, Trinity invited six artists to submit a design, honouring Ernest T.S. Walton’s research achievements as well as 30 years of dedication to science education. Eilís O’Connell’s design was selected by a panel that included representatives from the Walton family, the School of Physics, the College Art Collections, students and external visual arts professionals.
“The sculpture was commissioned to commemorate Ernest T.S. Walton as a significant figure in the history of the College and in the development of science globally.  It reinforces Trinity’s special connection with him and is an opportunity to honour him as a scientist as well as a champion of science education, an academic and an Irishman,” said Provost of Trinity, Dr Patrick Prendergast.
The sculpture by  Eilis O’Connell is a stack of mirror polished spheres, increasing in size as they rise upward which appear to defy gravity. It is located beside the Fitzgerald Building, home to the School of Physics. Reflected in the stack of spheres are specially planted native Irish apple trees that refer to the private man and his keen interest for growing fruit trees.
“The sculpture pays homage to Walton’s most important characteristics – his intellectual rigour and hands-on ability to physically build the particle accelerator and his nurturing ability as teacher and father.  A man is not defined solely by his academic achievements but also by the memories he leaves behind in others,” explained sculptor, Eilís O’Connell.
Ernest T.S. Walton generously presented his papers to the College Library in 1993; his family subsequently donated his Nobel medal. A small exhibition, which includes the medal, is currently on display in the Long Room, to mark the formal launch of the sculpture.

The commission was made possible by the support of the Walton family, the Provost, the School of Physics, the Trinity College Dublin Association and Trust, the Department of Education and Skills, the Institute of Physics in Ireland, the Fellows and alumni of Trinity and the Science Gallery.

Friday, March 8, 2013

Naming of names

I love these - Famous scientists' names presented in a way that represents their most famous achievement. Designed by Kapil Bhagat of India, I spotted them on broadsheet.ie



Monday, January 28, 2013

Éamon de Buitléar Dies at 83

The death has been announced of Irish environmentalist, film-maker and naturalist Éamon de Buitléar.

His work on such programmes as Amuigh Faoin Spéir  (Out Under the Sky), The Natural World and A Life in the Wild had made him Ireland's per-eminent wildlife film-maker and his passion for the Irish environment and the natural world in general was infectious.

President of Ireland, Michael D Higgins has led tributes to the broadcaster, saying that Éamon de Buitléar would be remembered as an "outstanding broadcaster in both languages[Irish and English]".

"A great communicator, his warm and engaging personality as well as his enthusiasm and knowledge touched people of all ages. He will also be remembered as an accomplished musician."

Éamon de Buitléar presented his extensive archive to NUI Galway in November 2012 and some of it is captured in the short video below.

Wednesday, November 14, 2012

Biodiversity Beermats

A group of Irish biologists have produced a set of eight biodiversity beermats which aim to raise awareness of biodiversity issues in Ireland.

The postgraduate students from the School of Natural Sciences in Trinity College Dublin under the banner of the Trinity Centre for Biodiversity Research  have produced the beermats as an innovative way of sharing their work with the Dublin public.

The beermats were designed and illustrated by Aileen Crossley and can be found in 10 pubs around Dublin. The group are also hosting 2-3 minute long pop-up pub talks on biodiversity.

The beermats have also been featured in the Irish Times and Science magazine in recent months. I'll drink to that!

More info: Biodiversity in our lives website


Thursday, July 26, 2012

Imagine Science



Here's a promotional video for the Imagine Science Film Festival 2012. Shot by Rory Gavin over two days around Dublin, we think it's pretty cool. Producers of It's a Girl Thing: please take note.

The festival takes place from November 9-16 and you can find further information on their website.

Monday, July 9, 2012

Stamp of approval

An Post (the Irish postal service) has launched two new stamps to mark two significant science milestones: Dublin City of Science 2012 and the 350th anniversary of the formulation of Boyle's Law.

The City of Science stamp shows a photograph of Dublin’s Convention Centre - the venue hosting the Euroscience Open Forum 2012 (ESOF2012) from 12th-15th July - alongside a graphic of DNA’s molecular structure, representing people and their individuality. A second stamp shows an image of Boyle, his infamous formula, with an explanatory diagram alongside.

Commenting on the launch of the Stamps, Minister for Jobs, Enterprise and Innovation Richard Bruton, TD said, “Down through the years stamps have told the story of important historical and cultural Irish events, and the launch today of these two significant stamps marks two key milestones – Dublin City of Science 2012 and the 350th anniversary of the formulation of Boyle’s Law.”

Minister Bruton continued, “Science is hugely important to Ireland in many ways – not least for economic growth and job-creation. 2012 is a historic year for science in Ireland, as with the support of my Department Dublin is the City of Science for 2012. We are hosting the largest Science event in Europe, ESOF 2012, in the capital this July, and throughout 2012 Ireland will be showcasing its rich scientific heritage on the world stage.”

The stamps were created by Dublin’s Zinc Design.

The Dublin City of Science year long programme was developed to mark the honour of hosting one of the most prestigious international science events, the Euroscience Open Forum (ESOF) 2012. As the City of Science 2012, Dublin will host over 160 events showcasing the best of Irish Science, Culture and Arts.

Robert Boyle (1627-1691) was born in Lismore, Co Waterford. Often referred to as ‘The Father of Modern Chemistry’, he first formulated Boyle’s Law in 1662. Boyle’s Law states that the pressure exerted by a gas held at a constant temperature varies inversely with the volume of the gas. For example, if the volume is halved, the pressure is doubled; and if the volume is doubled, the pressure is halved.

Robert Boyle will also be commemorated at the Robert Boyle Summer School from July 15-18 at Lismore, Co. Waterford.

You can find out more about the Summer School here.

Tuesday, February 21, 2012

in scientia veritas....STEM or STEAM?

Most people interested in or working in science understand what I mean when I use the acronym STEM , i.e. Science, Technology, Engineering and Maths. It's a term that is increasingly used within science communication and education circles but may not necessarily be used widely outside these groupings.

There have been some arguments made to expand that acronym and to add ART to that mix - STEAM!

As far as I can see, the main argument is that the creative nature of science and technology is not a million miles away from the creative process of producing a piece of art. If we accept that, then art would be a logical bedfellow for the component parts of STEM.

Another argument I see is that art is a "different way of perceiving and knowing and dealing with the world" and could form part of an expanded "toolbox" for scientists and engineers.

Another motivation for some in this debate is to support the continued and improved teaching of art in school curricula. Fostering creativity and artistic talent (alongside STEM education), it is argued, will lead to increased levels of innovation and thus, economic growth. On the other side of the coin, there are advocates of STEM education who see the arts as a useful recruitment and outreach tool.

There is no doubt that all scientists (and students generally) would benefit from a well-rounded, education which includes a liberal dose of the arts. Closer ties between arts and science practitioners open up a range of important opportunities for both camps. It's also true that some of the best scientists are creative in their outlook and experimental design.

Whether we call it STEM or STEAM is immaterial. The links between the two should be properly explored and exploited. That's part of the reason I've created a direct link to all of the "Culture and Science" posts I've written over the last few years. The Cradle posts can be found in the top right-hand corner of the blog or by clicking here.

Saturday, July 16, 2011

Defying Gravity

The labour of rising from the ground, said the artist, will be great, as we see it in the heavier domestic fowls; but, as we mount higher, the earth´s attraction, and the body´s gravity, will be gradually diminished, ´til we shall arrive at a region where the man will float in the air without any tendency to fall: no care will then be necessary, but to move forwards, which the gentlest impulse will effect.
—Samuel Johnson, 1759, The History of Rasselas
Johan Lorbeer in Cork (Image: Irish Independent)

Gravity is the theme for a new exhibition at the Crawford Gallery, Cork which touches on the idea of physics, gravitational forces and even deep space.

The exhibition contains a variety of works from over 50 artists including Dorothy Cross' new work Whale. Cross' is a unique interpretation of gravity, with the skeleton of a whale hung from the fabric of the gallery itself. Located in the Crawford's historic sculpture galleries, it works perfectly with the marbles and plaster-works that surround it.

The exhibition was opened by Minister Jimmy Deenihan on July 15th and runs until 29th October.

The exhibition features a variety of pieces from the collection of the 3rd Earl of Rosse, William Parsons.

William Parson's sketch of the Whirlpool Galaxy
Parsons built the 'Leviathan of Parsonstown' on his estate in County Offaly in the 1840s. The largest telescope of the nineteenth century, the Leviathan was considered a marvelous technical and architectural achievement. He used it to catalogue a number of galaxies including the famous 'Whirlpool Galaxy'.

With spectacular off site installations by Cross and Johan Lorbeer, the exhibition is well worth a visit. It's great to see science and art combining once again in the Crawford - a building  financed by WH Crawford, a man who himself was intrigued by both.

Monday, July 4, 2011

WH Crawford: Patron of Art and Science

In scientia veritas, in arte honestas.
In science truth, in art honour.





The gates at the Crawford Art Gallery, Cork give an nice indication of the connected history of art and science in Cork and elsewhere.

The collection the gallery contains began to be formed in 1819 and the former Custom House of Cork became home to the collection in 1825 when the Royal Cork Institution took control of the building. The RCI was a forerunner of University College Cork. The building was extended in 1884 (when these gates were erected) and again in 2000.

William Horatio Crawford (1812-1888) was a great benefactor of the construction of the gallery extension in the 19th Century. Crawford's father had founded the Beamish and Crawford Brewery in Cork, now no longer a working brewery.

William Crawford of Lakelands (Crawford Gallery Collection)
The family home was at Lakelands near Blackrock- a site now largely occupied by the Mahon Point Shopping Centre.

Crawford was an eminent gardener and horticulturalist, collecting and growing plants at Lakelands from around the world. He had at Lakelands a 'perfect arboreatum...richly planted...with rare shrubs and trees'.

In 1810, West described Lakeland as " one of the most neat and handsome (house and estate) that opulence could desire. The plan, elevation and everything about it, forms a complete picture, being build upon a rising ground, commands a most extensive view at every point, and exquisite rows of beech interspersed with a variety of ever green, descends to the brink of the lake, from which this seat took its name of ... Lakeland. It was lately the residence of Benjamin Bonffield, esq. a gentleman of considerable literary ability... and this elequent mansion is now occupied by William Crawford, esq." (West, 1810).

Crawford's plants included Himalayan and Andean species, magnolias, rhododendrons and cordylines. The Himalayan Magnolia campbellii flowered for the first time in the British Isles at Lakelands.
He was best known for his Brownea species, many of which were bequeathed to Kew and the National Botanic Gardens in Dublin.

Brownea crawfordii was a hybrid of B. grandiceps and B. macrophylla which Crawford produced at Lakelands. It was donated to Kew on his death (from heart disease) and named in his honour.

Little of Lakelands remain except the ruins of a few out buildings and some magnificent monkey puzzle trees which mark the site of the house itself. Other gardens also recieved bequests from the Crawford estate, including Queen's College Cork (now University College Cork).

That wasn't the only thing Crawford left to the College. William Horatio Crawford provided much of the funding for the construction of the Crawford Observatory at UCC in 1878. Still the only observatory on any university campus in Ireland, it was designed by one of the finest scientific instrument makers of the 19th Century, the Dubliner Howard Grubb. The Duke of Devonshire of Lismore Castle in Waterford also provided funding for the observatory.

Crawford also provided significant funding towards the erection of  greenhouses at the Botany Department at UCC.

Sunday, January 9, 2011

The Art of Science

The Art of Science is a wonderful creative arts competition run by the Faculty of Medical and Veterinary Sciences at University of Bristol. Researchers are challenged to look for "aesthetic beauty in their experimental work".

This year's winners and a few of the runners-up are presented here to give you a flavour of what is submitted. I think it's a wonderful idea, something that could be replicated across many research institutes and universities.



Brain Mesh by Abigail Benn



The Black Coat by Anya Sawasdichai



Skinaesthesia II by Bronwen Burton



Rose by Dr. Nathaniel Harran

Monday, December 20, 2010

Dodo gets a 21st Century Facelift

Dr. Julian Pender Hume of the the London Natural History Museum, an artist and a palaeontologist, updates our view of the Dodo based on scientific evidence in this excellent video clip. The resultant painting will form part of the "Images of Nature" exhibition at the museum next year.


Sunday, November 7, 2010

Science Snapshot One: Copper Coast Geopark

Science Week kicks off today in Ireland and runs until the 14th. For more details of events taking place around the country, you can visit here.

Here on Communicate Science, for the duration of Science Week, along with our usual posts, we'll be posting a 'Science Snapshot' every day. If you have a Science Snapshot you'd like to share, you can email here and we'll post the best later in the week.

The first shot is an image of Colette O'Brien's sculpture along Waterford's Copper Coast in the Copper Coast Geopark.
The sculpture, entitled Ice, Fire and Water, is designed to represent the common forces that shaped the Copper Coast and the other European Geoparks in north west Europe.

It is a massive piece of limestone, carved and shaped by the artisit in various places with mosaic areas attached.
Collete O'Brien is based in Co. Kilkenny and her work in the Copper Coast Geopark overlooks Dunabrattin Head near Boatstrand.

The Copper Coast Geopark is located between Tramore and Gungarvan and comprises of 25 kilometres of spectacular coastline consisting of scalloped beaches and dramatic, rocky headlands.


Monday, October 18, 2010

Soil microbes make great art

PLoS (Public Library of Science) Biology have launched an important new series of articles and resources for open access life sciences education.

"The Education Series combines the philosophy of the open education movement with the unrestricted access to scientific papers and data afforded by open-access publishing to present innovative approaches to teaching critical concepts, developments, and methods in biology" says the editorial in this months edition of the open access journal.

ResearchBlogging.org"By enabling students to use the same tools researchers use and to explore real data, such approaches are especially valuable—it's widely acknowledged that engaging students in active research fosters their enthusiasm for and interest in science.

By mining the promise of open education and harnessing the collective imagination and talent of PLoS Biology readers and contributors, the Education Series will create a virtual biology education library."

The first article in the series demonstrates how natural products derived from the soil bacterium Streptomyces can be used as biopigments with the hope that the work can inspire others to explore the potential of biopigments in art, industry and the classroom.


Since the spread of Streptomyces on an agar plate is determined by the boundaries of the plate, the agar can be used as a canvas, where the spores of Streptomyces can be used as paint and applied in brush strokes.

The paintbrush is first sterilised completely before being used to apply spores from another petri dish to the freshly prepared 'canvas'. If multiple strains are used, multiple colours can be achieved.

The image shown here: "Elvis Lives!" was painted on R5 media plates using S.coelicolor.

The authors (or artists?) believe that this endeavour has "the potential to lead us toward a fertile nexus between art and science" and that it is an "outstanding tool to engage students of varying academic interests across multiple age groups".



References:

Charkoudian, L., Fitzgerald, J., Khosla, C., & Champlin, A. (2010). In Living Color: Bacterial Pigments as an Untapped Resource in the Classroom and Beyond PLoS Biology, 8 (10) DOI: 10.1371/journal.pbio.1000510

Kerfeld, C., & Gross, L. (2010). Open Education, Open Minds PLoS Biology, 8 (10) DOI: 10.1371/journal.pbio.1000508

Monday, July 19, 2010

Robert Gibbings (1889-1958)

Robert Gibbings
recent post on coral reefs led me to pick up a book by one of Ireland's best naturalists, writers and artists. In his book Blue Angels and Whales, Robert Gibbings describes the slow development of a reef as follows:
"Though it may take seven thousand years for some of the slower-growing corals to build a reef a hundred and fifty feet in depth, or perhaps a quarter of that time for some of the quicker-growing species to achieve the same result, nevertheless the activity goes on unceasingly.
And it is not only the exuberant growth of the living polyp which, ramifying everywhere, builds up these great structures. It is the dead coral also. broken by the waves and reduced to powder by boring molluscs and worms, this serves as cement to bind the whole together; and, burying themselves in it, there are shell-fish who in turn contribute their shells to the general structure. Over it all is deposited a gentle rain of sediment from the seawater. One day, when the living rock has reached the surface, a floating coco-nut will be arrested in its travels and, taking root, will throw up its leaves. Then begins another cycle. The leaves of the tree will fall and rot, forming humus, and in this humus other seeds, borne by the sea and wind, will take root. They in their turn will die and form further soil, and so a new world will come into being on which all the romance and tragedy of human life will find a setting."
Robert Gibbings was born in Cork in 1889, the son of a Church of Ireland minister. His mother was the daughter of Robert Day, a noted Cork businessman and importantly, a collector of art and cultural objects from all over the world. Gibbings undoubtedly came under Day's influence in his formative years: Myrtle Hill, the Day family's home in Cork was full of strange objects, from Celtic gold torcs to spears from the South Sea Islands.

Gibbings enrolled in University College Cork to study medicine in 1907. In Lovely is the Lee he notes that his time at UCC was not always as successful as it might have been:
"It wasn't that there was any ill will between us (the professors at the college), it was just that they couldn't agree with my answers to their questions. The professor of zoology* lamented that I seemed more interested in the outside than the inside of a rabbit."
*Probably Prof. Marcus Hartog at the time.

Engraving from 'Beasts and Saints'
Gibbings left UCC inside three years, having persuaded his parents that art rather than medicine was his calling. He proceeded to study art in Cork before moving to London to the Slade School in 1911. 

By 1914 he was on the move again, this time enlisted with the 4th Battalion Royal Munster Fusiliers. He survived a bullet in the neck at Gallipoli before being stationed back in Cork (at Bere Island) and Dublin. A posting to Salonika finished his military career and he was invalided out of the army in 1919.

Gibbings had a life-time interest in wood engravings and helped found the Society of Wood-Engravers. For the next few years, he took on a large number of small commissions, producing wood engravings and prints for advertising and the publishing industry.

Engraving from 'Blue Angels &Whales'
Around 1923, Gibbings became the owner of a small printing works, Golden Cockerel Press following the loan of one thousand pounds from a friend, Hubert Pike, a director of the Bentley Motor company. Gibbings and his new wife Moira set about reviving the fortunes of the struggling press with the aid of Eric Gill, another noted artist, sculptor and typeface designer.

By all accounts, life at the press was unconventional, to say the least, with "dancing and games in the nude" being a common pastime. Gibbings had a lifelong interest in naturism.

In 1926, another publisher sent Gibbings to Tahiti to work with an author and to illustrate his books. However, when the writer subsequently withdrew from the project, Gibbings added his own words to his illustrations and had the books published anyway. The Seventh Man and Iorana were the result.

In the early 1930's the press was sold and Gibbings divorced his first wife and so began a rather bleak time for the artist.

By 1937 he was teaching at Reading University but still struggling to make ends meet. He had two daughters with a new wife, Elizabeth Empson however this marriage soon began to falter. Elizabeth's sister Patience was later to become his secretary and aide.

After this period, Gibbings seems to have made a concerted effort to concentrate on both his teaching and his writing.

Gibbings diving in Bermuda
Blue Angels and Whales was based upon his diving experience in both Bermuda and at the Red Sea.

At the Bermuda Marine Research Station he borrowed their primitive diving helmet (pictured) and hand operated air-pump and set about observing underwater life, a subject he had become fascinated with. The diving was not without its dangers as he notes:

"The pressure of the air within the helmet is kept up by the pump, operated from the launch overhead. Provided the man at the job does not go to sleep in the sun, there is sufficient pressure to prevent the water rising above chin level."
Using sheets of Xylonite, Gibbings was able to draw under water using an adapted pencil (sticks of graphite encased in rubber tubing).

Throughout Gibbings books, whether travel related or on natural history, he takes time to recount events in his journey which seemingly led him to meet a wonderful array of humorous and interesting local characters. For example, on a steamer from Marseilles to Port Said, Egypt he notes a meeting with

"a fanatical evangelist with a lovely wife. He has tried to convert me to his beliefs, I have tried to convert her to mine, so far, no score on either side."
Clownfish by Gibbings, from 'Blue Angels & Whales'
Gibbings was headed towards the Marine Research Station at Hurghada, run by the University of Egypt. The station had diving gear similar to Bermuda's and the artist made full use of it. Of the now famous Clownfish (of Finding Nemo fame) he writes:

"In among the crevices of the dead coral were giant anemones, among whose tentacles might be discovered a small fish marked with conspicuous white bars across its bronze body, which, either by long habit or by ‘gentleman's agreement' had gained immunity from the stinging cells of its host. Living as it does under cover of such a battery, it achieves a greater security from its enemies than it would have if dependent on its own resources. In order to repay the hospitality granted, it makes it its business to dart from cover and endeavour to lure or drive any passing stranger within reach of the tentacles. Should it be successful there is no lack of reward in the crumbs that fall from its host's table."
After his return to the UK, the author became further interested in rivers and built a boat (The Willow) in which he set about travelling down the Thames making notes on the passing wildlife. The outbreak of the second world war disrupted his Thames trip and he did some work designing camouflage for the Ministry of Defence - he had become intrigued by the use of colour as camouflage in nature, particularly in fish living on coral reefs.

When he resumed his boating he wrote another book, Sweet Thames Run Softly, supplemented by his wood engravings. More travel books were to follow, often based about rivers: Coming down the Wye, Coming down the Seine, Sweet Cork of Thee and Lovely is the Lee. All of the books are charming mixtures of humour, natural history, science, geography, social observation and old tales gleaned from talkative locals. 

These books were all hugely successful and meant Gibbings was financially successful for the first time in his life. With his new-found wealth, the set off on another tour of the Pacific where he wrote and illustrated Over the Reefs.

Gibbings' last book, Till I End my Song, contains many reminiscences of his long and productive life. He died of cancer in January 1958.

The attraction of Gibbings' books is their easy mixture of science and natural history alongside a wicked sense of humour and fun. Much like the rivers he loved, none of his books are in a hurry to get anywhere. As one reviewer notes, "they mostly tend to meander in and out of one anecdote after another while heading towards the main focus".

Many of Gibbings' books are readily available having been reprinted extensively. This author has in his possession a much-prized first edition of Sweet Cork of Thee, signed by the author.

In later life, Gibbings was a familiar sight and sound on BBC TV and Radio and David Attenborough cites him as one of the formative influences on his own carreer. A Pathe newsreel featuring Gibbings can be viewed below.

Robert Gibbings was unique: an artist, writer and scientist; one of Ireland's greatest artists and a man with an extraordinary thirst for life.

His biographer, Martin Andrews, sums up the man as follows:
"But above all it was in his observation of nature and his descriptions of the mood and atmosphere of the open air and the landscape, ranging from the evocation of a dramatic sunset to the detail of a dewdrop on a blade of grass, that his writing was at its best. His style was not that of the intellectual. It came from the spirit, a mixture of poetic evocation, intense observation, factual detail and, above all, a sense of enjoyment and love of life."

ROBERT GIBBINGS ARTIST



Further Reading:
Listen to Martin Andrews, Reading University talk about Gibbings and how he re-discovered one of Gibbings' first pieces of sculpture here.

Friday, June 18, 2010

The cradle of true art and true science

Einstein wrote that "the most beautiful experience we can have is the mysterious—the fundamental emotion which stands at the cradle of true art and true science". With this in mind, today we begin a semi-regular series of postings on the topic of science and culture.

We start today with a nod to all of those who are currently sitting state examinations in Ireland or who have just finished. The science exams have begun and are being reviewed elsewhere. The higher-level English paper however included a poem by the Dublin poet Paula Meehan and is just the sort of thing that this series of posts will cover. As Einstein also said: "The greatest scientists are always artists as well"

Wednesday, April 7, 2010

Science on the Underground

Communicate Science was on tour over the Easter break. For that reason, the next few posts will focus on science in London!

One of London's greatest achievements in my view is the excellent underground system which, despite inevitable 'glitches' manages to transport Londoners, commuters and tourists into, out of and around that great city everyday of the year. As much as the underground system is dependent on the sheer volume of passengers carried to make it viable, London as a city is dependent on the underground system (along with the rest of its public transport system) to make the city itself viable and able to grow in terms of its size and population. There is little doubt that the London Underground (LU) was a contributing factor in the decision to award the 2012 Olympics to the city.

While traveling underground recently, I noticed that the 'Poems on the Underground' series has taken a distinctly scientific diversion.

Poems on the Underground was launched in 1986 and has inspired similar programmes on public transport systems in Dublin, Paris, New York and Shanghai. The programme sees poems displayed in LU carriages in place of advertising and during the Spring of this year, six poems offering reflections on the subject of science were used to celebrate the 350th anniversary of the founding of The Royal Society.

The extracts include one from William Blake, the great anti-science poet of the early Romanticism movement, who attacks what he saw as barren materialism with his own visionary powers.

The Victorian poet Alfred, Lord Tennyson is also featured with his poem 'In Memoriam' where he tries to come to terms with the new science of evolution and geological time.

Contemporary poems are also featured from Miroslav Holub, Anne Stevenson, David Morley and Jamie McKendrick.

Miroslav Holub, a Czech scientist and poet (he was an immunologist) proves that an in-depth scientific knowledge can inspire some successful writers. An extract from his poem 'In the Microscope' is used in the initiative which is supported by The British Council, London Underground, Arts Council England and the Royal Society.

Judith Chernaik, founder of Poems on the Underground said: "Many poets have been inspired by science and some scientists have also been successful poets.

"We hope these poems will entertain Londoners and visitors to the Capital, as they travel on the Tube - itself one of the great technological achievements of our times."

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