Abstract: The net is transforming many aspects of our society, from finance to friendship. And yet scientists, who helped create the net, are extremely conservative in how they use it. Although the net has great potential to transform science, most scientists remain stuck in a centuries-old system for the construction of knowledge. I will describe some leading-edge projects that show how online tools can radically change and improve science (using projects in Mathematics and Citizen Science as examples), and will then go on to discuss why these tools haven't spread to all corners of science, and how we can change that.
Long abstract: I'll start this talk by describing the Polymath Project, an ongoing experiment in "massively collaborative" mathematical problem solving. The idea is to use online tools—things like blogs and wikis—to collaboratively attack difficult mathematical problems. By combining the best ideas of many minds from all over the world, the Polymath Project has made breakthroughs on important mathematical problems.
What makes this an exciting story is that it's about much more than just solving some mathematical problems. Rather, the story suggests that online tools can be used to transform the way we humans work together to make scientific discoveries. We can use online tools to amplify our collective intelligence, in much the same way as for millenia we've used physical tools to amplify our strength. I'll describe examples suggesting that this has the potential to accelerate scientific discovery across all disciplines.
This is an optimistic story, but there's a major catch. Scientists have for the most part been extremely extremely conservative in how they use the net, often using it for little more than email and passive web browsing. Projects like Polymath are the exception not the rule. I'll discuss why this conservatism is so common, why it's so damaging, and how we can move to a more open scientific culture.
Bio: Michael Nielsen is an author and an advocate of open science. His book about open science, Reinventing Discovery, will be published by Princeton University Press in October, 2011. Prior to his book, Michael was an internationally known scientist who helped pioneer the field of quantum computation. He co-authored the standard text in the field, and wrote more than 50 scientific papers, including invited contributions to Nature and Scientific American. His work on quantum teleportation was recognized in Science Magazine's list of the Top Ten Breakthroughs of 1998. Michael was educated at the University of Queensland, and as a Fulbright Scholar at the University of New Mexico. He worked at Los Alamos National Laboratory, as the Richard Chace Tolman Prize Fellow at Caltech, was Foundation Professor of Quantum Information Science and a Federation Fellow at the University of Queensland, and a Senior Faculty Member at the Perimeter Institute for Theoretical Physics. In 2008, he gave up his tenured position to work fulltime on open science.Source: michaelnielsen.org.
Andrew Pontzen is a research fellow recently moved to Oxford from Emmanuel College, Cambridge. He is featured on the popular monthly podcast Naked Astronomy and received the Lord Kelvin Award for his lecture at the British Science Festival 2011. His research looks at inflation of the early universe, galaxy formation and how general relativity predicts the cosmic microwave background radiation. This lecture will focus on the movement of gas in galaxies and its effects on dark matter.
Adapted from http://www.cosmocrunch.co.uk/.
Chris Faulkes has led research at Dalgety UK Ltd, been a research fellow at the Institute of Zoology, Zoological Society of London, and now works on the evolution and maintenance of social and reproductive behaviour. His study animals include African mole rats, the common marmoset monkey and the Round Island petrels of Mauritius. He co-authored the book African mole-rats: Ecology and Eusociality, and his work has also featured on the BBC news website.
Adapted from http://www.sbcs.qmul.ac.uk/staff/chrisfaulkes.html.
Laurie Winkless studied at Trinity College Dublin and took an MSc in Space Science at University College London before joining the NPL in 2006. Her research focuses on the uses of nanomaterials in the space industry. She has worked with the European Space Agency, and is also an ambassador on the Engineering and Physical Sciences Research Council's NOISEmakers programme, which aims to encourage young people into science and engineering.
Adapted from http://www.npl.co.uk/careers/case-studies/.
This seasonal talk will include practical demonstrations of the chemistry underlying fireworks. The Reverend Ron Lancaster began to make his own fireworks as a teenager during the 1940s by consulting with military explosives workers. After becoming the Chaplain and assistant chemistry teacher at Kimbolton School, he founded Kimbolton Fireworks Ltd, which continues to be a market leader in firework production. The company's displays include the Queen's Accession in 1978, the Hong Kong handover ceremony in 1997, and New Year's Eve in London and Edinburgh at the start of this year. In 1992, The Reverend Ron Lancaster was made an MBE and a fellow of the Royal Society of Chemistry in recognition of his teaching, lecturing and books on pyrotechnics.
Adapted from http://www.kimboltonfireworks.co.uk/pages/about.htm.
What was the danger? Who was to blame? How should we now view further expansions of nuclear power? The answers to these questions will be explored, bringing together scientific, medical, environmental and historical understanding. Wade Allison is Emeritus Professor of Physics. His fields are nuclear and medical physics although he has no connection to the nuclear industry. He is the author of the books Fundamental Physics for Probing and Imaging and Radiation and Reason.
Adapted from http://www.radiationandreason.com/.
Steve Jones studied at the University of Edinburgh and was a professor at UCL until 2010. He is president of the Association for Science Education. He is the author of many popular genetics books, including In the Blood, Y: The Descent of Men, and Darwin's Island. He has also appeared on radio and television and was awarded the Royal Society Michael Faraday Prize in 1996 for his communication of science to the public. His research has focused on genetic diversity in snails.
Adapted from http://en.wikipedia.org/wiki/Steve_Jones_(biologist).
*This event was cancelled due to last-minute transportation difficulties.
Mark Lynas studied at the University of Edinburgh and is a science author, journalist and environmental activist. His books include Six Degrees: Our Future on a Hotter Planet and he has also appeared in National Geographic and Channel 4 documentaries. His latest work, The God Species: How the Planet Can Survive the Age of Humans, deals with potential strategies to mitigate the effect of humans on the planetary ecosystem.
Adapted from http://en.wikipedia.org/wiki/Mark_Lynas.
Jocelyn Bell Burnell studied at the University of Glasgow before completing her PhD at Cambridge, where she famously discovered the radio signals from rapidly rotating, magnetised neutron stars that became known as pulsars. She has received many awards, including Fellowship of the Royal Society and being made a Dame Commander of the Order of the British Empire. Her current research interests are neutron stars, microquasars and gamma ray bursts. She has also featured in the BBC "Beautiful Minds" documentary and published a book on poetry and astronomy.
Adapted from http://en.wikipedia.org/wiki/Jocelyn_Bell_Burnell.