Tag Archives: science

Music, art, and science

I recently stumbled across a couple of artistic and musical items about science on nanopublic (Dietram Scheufele’s blog) in a posting from Wednesday, May 12, 2010, When art meets science: “Symphony of Science.” (ETA, May 19, 2010: link to specific post) There’s  a reference to an interview with Adam Bly, founder and editor of SEED MAGAZINE (science-oriented magazine) talking about “What science can learn from the arts” on the Big Think website. It’s an excerpt from a 2008 interview with Bly, a Canadian born in Montréal, Québec, now living in New York City. In the same item, Scheufele features a video titled, “Symphony of Science” (SOS) from the website of the same name. From the SOS website,

The Symphony of Science is a musical project headed by John Boswell designed to deliver scientific knowledge and philosophy in musical form. Here you can watch music videos, download songs, read lyrics and find links relating to the messages conveyed by the music.

The project owes its existence in large measure to the wonderful work of Carl Sagan, Ann Druyan, and Steve Soter, of Druyan-Sagan Associates, and their production of the classic PBS Series Cosmos, as well as all the other featured figures and visuals.

So there it is: music, art, and science.

New media (the social kind) at the Vancouver Olympics, is it cohesive or isolating?

There is a passage in The Diamond Age Or, A Young lady’s Illustrated Primer a 1995 science fiction novel by Neal Stephenson that states this,

Now nanotechnology had made nearly anything possible, and so the cultural role in deciding what should be done with it had become far more important than imagining what could be done with it. One of the insights of the Victorian Revival was that it was not necessarily a good thing for everyone to read a completely different newspaper in the morning; so the higher one rose in the society, the more similar one’s Times became to one’s peers’. (p. 37, Bantam Books, trade paperback, Sept. 2000 reissue)

It’s haunted me since I first read it about three years ago while preparing to write an academic paper I titled Writing Nanotechnology; first investigation where I was linking my nanotechnology interests to my writing and new media interests.

As I followed these interests, I discovered that the period of the Industrial Revolution was, in addition to being a period of tremendous interest and discovery in science and technology, a period of great upheaval amongst purveyors of the written word. For example, Sir Walter Scott, known today as a writer of historical novels such as Ivanhoe, was too embarrassed to have his name published in his first books. At the time, Scott was known foremost as a poet and writing novels was considered beneath a poet’s dignity. From Frankenstein; A Cultural History by Susan Tyler Hitchcock,

Meanwhile Walter Scott, already revered for poems that sang of his native Scotland was suspected of being the author of Waverley. What a shock if it were true—that a popular poet would descend to write a novel, a new and not altogether respected literary form. (p. 24, 2007, W. W. Norton & Co., Inc, NY & London)

There are some striking parallels between the 19th century, during which much of the Industrial Revolution played itself out and which is also known as the Victorian period, and our own time. We too are obsessed with science and finding new ways to tell stories. Both of which occurred to me during Andy Miah’s session at the Fresh Media Olympics Conference I attended on Feb. 22, 2010 in Vancouver at W2 Culture + Media House.

During the discussion about the impact that social media (part & parcel of what is sometimes called new media) is having on the games and the discussion about the games themselves. I’d estimate 40 – 50 people were there, most of them part of the social media/citizen journalist community and/or academics.

Apparently the Vancouver games are becoming known as the Twitter Olympics. Andy Miah, an academic, who has been following and researching the Olympic games since the 2000 Summer Games in Sydney, Australia) asked (paraphrased)  if we thought that the social media we use creates ‘silos’. (For anyone unfamiliar with the concept, the word silo in this context means isolated group.  e.g. a business where the engineers exist in their silo and the sales team in their silo with virtually no communication between the two)

I found it to be a thought-provoking question which returned me to the The Diamond Age passage I quoted previously  and that led me to reframe the question this way, Is social media going to be a cohesive force or an isolating force? At this point, I can make a case for both using the information and comments shared at the conference.

Earlier in the conference Andy suggested (paraphrased) that the friction provided by the official games story and the reporters and IOC (International Olympic Committee) structures is useful and necessary for the unofficial games stories and social media as promoted by activists. In this case, social media provides cohesion for the activists and a means of distribution.

Social media can also be isolating. As one participant noted (in another context not meant to support the case I’m building), it is your responsibility to find and develop your networks for information (as opposed to turning on the television or radio at the right time). It seems to me that this responsibility could be a problem when you need to extend past your natural networks.

In real life, extending beyond your personal network can be very difficult. Yes, there are times when it’s easier, i.e., going to a new school, starting a new job, moving to a new place are all situations where this happens naturally or you’re forced to do it. But in the general way once your networks are established there’s not much need to extend past them and it’s not easy to do. Academics tend to know other academics; scientists know other scientists, business owners know other business owners.You may have multiple networks (work, neighbourhood, friends from high school, etc.) but they don’t intersect. These kinds of silos exist in social media too. For example, there’s a Linked In network, a Facebook network, a Twitter network and these all breakdown into every smaller networks within networks. Plus there’s the assumption that you know it exists. How do you connect to network if you don’t know it exists? Or, you suspect there’s something out there but you don’t know how to find it.

Now, I want to add another element to the mix. One of the participants discussed how she uses Twitter and used as an example (as best I can remember) a fire near where she lived. She saw the fire, tweeted the info. and within minutes her followers sent pictures and shared stories about the building that were burning and the people who lived there. The next day, the local paper accorded the incident a single paragraph. What struck me about her story wasn’t difference in what she valued as news as opposed to a traditional outlet valued but rather how individual her experience was and how dependent it was on her network.  Another person with different followers would have had a different news experience and that may or may not be a good thing as suggested in The Diamond Age.

Finally, a comment I registered (but didn’t immediately place in the context of media,  social cohesion and isolation) was made by someone discussing the reasons for why the activist communities in Vancouver have not been more effective at working together (a situation I was unaware of). If the activist groups have not been as effective as they could have been, I wonder whether or not part of the issue (in addition to the suggestions the participant made)  might be the social media used to organize those networks.

I suspect social media  is both cohesive and isolating to a greater degree than the older broadcast media. In some odd way (I am being poetical here), I don’t believe it’s an accident that we are refining our understanding of matter at ever more infinitesimal scales (e.g. micro, nano, femto, and atto scales) and that we seem to be experiencing increasing fragmentation (e.g. tweets are called micro-blogging).

Enough now, I’m off to do some more thinking.

Tomorrow: NSERC gives SFU (Simon Fraser University) some money.

Idle thoughts about the OECD 2009 Science, Technology and Industry Scoreboard, patents, and scientific productivity

I’m always intrigued that  patents are used as a means of measuring scientific productivity especially as there is some talk that they inhibit rather than encourage research efforts. (I have an earlier posting about this here.) This is by way of noting that the OECD’s (Organization for Economic Cooperation and Development) Canada highlights (part of the 2009 Science, Technology and Industry Scorecard) had this to say,

Canada has a low number of patents (21 per million inhabitants in 2005-07) compared to the OECD (33) and the G7 average (48).

Other indices are used as well and I’ve not examined it thoroughly enough to comment on the scorecard itself.

Now back to today’s theme, patents as a measure of scientific productivity. Patents are filed for any number of reasons not just to protect the inventor’s/researcher’s interests but also to intimidate others into abandoning their work or to lay grounds for future legal suits for heinous amounts of money (people who do this are called patent trolls). The question I have is do: the registered patents represent active scientific work? I can’t imagine that this question can be answered by looking at patent registration numbers.

Forthcoming report by UK House of Lords on nanotechnologies and food; Nike uses nanocoating for new running shoe; quick reference to OECD scorecard; funny technology predictions

Later this week (Jan.8.10), the UK House of Lords Science and Technology Committee will be releasing a report on nanotechnologies and the food industry. From the news item on Azonano,

The Committee has been looking in detail at the use of nanotechnologies in the food industry and has explored how these technologies are likely to develop. It has considered where government might need to develop regulations and effective communications to ensure public confidence is maintained.

The news item (media advisory) tells you who to contact if you want to attend a press conference, interview the principals, and/or get your hands on the embargoed report in advance.

For most people nanotechnology continues to be something associated with sports equipment and clothing and the latest  from Nike will do nothing to change that. From the news item on Azonano,

Sneakerheads will get an additional performance benefit with the latest launch of Nike Lunar Wood TZ. Using technology by P2i, the world leader in liquid repellent nano-coating technology, Nike’s new lightweight and comfortable running shoe will keep wearers dry during the wettest of winters.

P2i’s ion-mask™ technology applies a nanoscopic protective polymer layer to the whole shoe, on which water forms beads and simply rolls off, instead of being absorbed. Because ion-mask™ gives the whole shoe (including the stitching) superior water repellency, it delivers two crucial benefits; one, it stops external water getting in and two, it encourages evaporated perspiration to flow out.

According to P2i, this coating technology (ion-mask) is environmentally friendly. I have mentioned them before but the last time was in relation to military and police use of their coating technology.

The OECD has released its Science, Technology and Industry ‘scoreboard’ which also includes individual country notes for seven countries (Canada, France, Germany, Italy, Japan, UK, and US). I have looked at some of the country notes and some of the material in the scoreboard online. Unfortunately, this is one of those things I find easier to read in print as they have set up a system that requires a lot of clicking. The news item on Azonano is here, the link to information about the scoreboard, country notes, and more is here, and the link to the web version of the scoreboard document is here. Or you may want to wait for Rob Annan’s (Don’t leave Canada behind) promised in his Jan.4.10 posting comments and analysis.

Thanks to the NISE (Nanoscale Informal Science Education) Network January 2010 newsletter, I found a Wall Street Journal (online) article by L. Gordon Crovitz on technology predictions that has these gems,

“The Americans have need of the telephone, but we do not. We have plenty of messenger boys,” Sir William Preece, chief engineer at the British Post Office, 1878.

“Who the hell wants to hear actors talk?” H.M. Warner, Warner Bros., 1927.

“I think there is a world market for maybe five computers,” Thomas Watson, chairman of IBM, 1943.

“Television won’t be able to hold on to any market it captures after the first six months. People will soon get tired of staring at a plywood box every night,” Darryl Zanuck, 20th Century Fox, 1946.

“The world potential market for copying machines is 5,000 at most,” IBM executives to the eventual founders of Xerox, 1959.

“There is no reason anyone would want a computer in their home,” Ken Olsen, founder of mainframe-producer Digital Equipment Corp., 1977.

“No one will need more than 637 kb of memory for a personal computer—640K ought to be enough for anybody,” Bill Gates, Microsoft, 1981.

“Next Christmas the iPod will be dead, finished, gone, kaput,” Sir Alan Sugar, British entrepreneur, 2005.

It’s a good read (there are more gems) but I can’t laugh too hard as whenever I need to take myself down a peg or two I remember my first response to VCRs. I didn’t see any point to them.

Finally, thanks again to the NISE Net newsletter for the monthly haiku,

Cash @ nanoscale:
Nickel, copper, zinc atoms…
My account balance?
by David Sittenfeld, Program Manager of Forums at the Museum of Science, Boston.

Is science superior?

In yesterday’s posting (Oct. 29, 2009), I started to dissect a comment from Bruce Alberts’ (keynote speaker) speech at the Canadian Science Policy Conference that’s taking place this week in Toronto (find link to conference in yesterday’s posting). He suggested that more scientists should be double-trained, e.g. as scientist-journalists; scientist-lawyers; etc. He also pointed to China as a shining example of how scientists and engineers can be integrated into the government bureaucracy and their use of scientific methods to run their departments.

Speaking as someone who is fascinated by science, I am taken aback.  Science and scientists have done some wonderful things but they’ve also created some awful problems. The scientific method in and of itself is not perfect and it cannot be applied to all of life’s problems. Let’s take for example, economics. That’s considered a science and given the current state of the world economy, it would seem that this science has failed. The former head of the US Federal Reserve, Alan Greenspan, admitted that in all his figurings he failed to take into account human nature. That’s a problem in economics–all those beautiful algorithms don’t include behaviour as a factor.

Even sciences that study behaviour, social sciences, have a far from perfect understanding of human behaviour. Marketers who draw heavily from the social sciences have yet to find the perfect formula for selling products.

As for China appointing a world-renown molecular biologist (Chen Zhu) as their Minister of Health, I hope he does well but it won’t be because he has applied the techniques and managements skills he’s used successfully in laboratories. In medicine, any clinician will tell you that there’s a big difference between the results from research done in a laboratory (and in controlled human clinical trials) and the outcome when that research is applied to a general population. As for management skills, directing people who have similar training is a lot easier than directing people who have wildly dissimilar educational backgrounds and perspectives. (Professional vocabularies can provide some distinct challenges.)

I guess it’s the lack of humility in the parts of the speech Rob Annan (Don’t leave Canada behind blog) has posted that troubles me. (I’ve been to these types of conferences and have observed this lack on previous occasions and with different speakers.)

As for scientists becoming double-trained, that’s not unreasonable but I think it should go the other way as well. I think science and scientists have something to learn from society. What Alberts is describing is an unequal relationship, where one form of knowledge and thought process is privileged over another.

I’ll get started on Day 2 of this conference (Preston Manning was one of the keynote speakers) on Monday, Nov. 2, 2009.

Plenty of Room at the Bottom’s 50th anniversary; new advance in nanoassembly; satirizing the copyright wars; China’s social media map

There’s plenty of room at the bottom, Richard Feynman’s December 29, 1959 talk for the American Physical Society is considered to be the starting point or origin for nanotechnology and this December marks its 50th anniversary. Chris Toumey, a cultural anthropologist at the University of South Carolina NanoCenter, has an interesting commentary about it (on Nanowerk) and he poses the question, would nanotechnology have existed without Richard Feynman’s talk? Toumey answers yes. You can read the commentary here.

In contrast to Toumey’s speculations, there’s  Colin Milburn (professor at University of California, Davis) who in his essay, Nanotechnology in the Age of Posthuman Engineering: Science Fiction as Science, suggests that nanotechnology originated in science fiction. You can read more about Milburn, find the citations for the essay I’ve mentioned, and/or download three of his other essays from here.

Ting Xu and her colleagues at the US Dept. of Energy’s Lawrence Berkeley National Laboratory have developed a new technique for self-assembling nanoparticles. From the news item on Physorg.com,

“Bring together the right basic components – nanoparticles, polymers and small molecules – stimulate the mix with a combination of heat, light or some other factors, and these components will assemble into sophisticated structures or patterns,” says Xu. “It is not dissimilar from how nature does it.”

More details are available here.

TechDirt featured a clip from This hour has 22 minutes, a satirical Canadian comedy tv programme, which pokes fun at the scaremongering which features mightily in discussions about copyright. You can find the clip here on YouTube.

I’ve been meaning to mention this tiny item from Fast Company (by Noah Robischon) about China’s social media. From the news bit,

The major players in the U.S. social media world can be counted on one hand: Facebook, MySpace, Twitter, LinkedIn. Not so in China, where the country’s 300 million online users have a panoply of popular social networks to choose from–and Facebook doesn’t even crack the top 10.

Go here to see the infographic illustrating China’s social media landscape.

Happy weekend!

Quantum realities and perceptions (part 2)

To sum up Friday’s posting: I discussed the nature of reality (both quantum and macro) and its relationship to our perceptions while examining a Buddhist perspective on science. Today, I’m adding a recently published (Nature Nanotechnology) paper, Anticipating the perceived risk of nanotechnologies, by Terre Satterfield [University of British Columbia, Canada], Milind Kandlikar, Christian E. H. Beaudrie, Joseph Conti and Barbara Herr-Harthorn to the mix.

It’s a meta-analysis of a number of public surveys on nanotechnology and perceptions of risk. From the paper,

Perception is critical [] for a number of reasons: because human behaviour is derivative of what we believe or perceive to be true [emphasis mine]; because perceptions and biases are not easily amenable to change with new knowledge1 [ ] and because risk perceptions are said to be, at least in part, the result of social and psychological factors and not a ‘knowledge deficit’ about risks per se []. [Note: I can’t figure out how to reproduce the numbered notes in superscripted form as my WordPress installation is still problematic. Please read the article if you are interested in them.] p. 1 of the PDF.

Although the authors of the paper are not concerned with the ultimate nature of reality, the words I’ve emphasized struck home because it touches on the notion of relationships. From Peter McKnight’s article about Buddhism and science,

In other words, how we define the objects of our knowledge — in this case, particles — depends on the capacity we have to know about them. This instrumentalist view has a deeply Kantian flavour: Kant taught that our knowledge of phenomena is a product of the relation between things and our ways of knowing about them, rather than about things themselves.

… [Mathieu Ricard, Buddhist monk and former geneticist speaking]

“All properties, all observable phenomena, appear in relationship with each other and dependent on each other. This view of interdependence — one thing arising in dependence on another, and their relationship — actually defines what appear to us as objects. So relations and interdependence are the basic fabric of reality. We participate in that interdependence with our consciousness; we crystallize some aspect of it that appears to us as objects.”

At the base, it’s our perception that governs our behaviour which in turn governs our relationships. Richard Jones in his book (2004), Soft Machines, had this to say,

Issues that concern the nature of life are particularly prone to lead to such a reaction–hence the gulf that has opened up between many scientists and many of the public about the rights and wrongs of genetic modification. These very profound issues about the proper relationship between man and nature are likely to become very urgent as bionanotechnology develops. p. 217

It seems that Jones is not alone, from the Satterfield, et al. paper,

More broadly as applications move as predicted towards more complex domains where bioinformation and nanotechnologies converge, the nature of the risks involved will move beyond the immediate concerns relation to toxicity and enter into contentious moral and ethical terrains. p. 6 of PDF

For me, the whole thing resembles a very complex conversation. More tomorrow.