Is Your Trailing Spouse a Significant Other?

Dual career couples in science

Today’s blog post is a little bit of a cheat, it’s a re-run of a feature I wrote for HMSBeagle the now defunct life sciences webzine for its Adapt or Die column to which I contributed on a monthly basis for a couple of years. However, the content and sentiment (if not necessarily the cited relationships) may well be as valid today as they were when I originally wrote the piece. I’d value your opinions on the article and whether or not things have changed in recent years for dual-career couples in science. Is your spouse an SO or an iSO?

Ever since Madame Curie said, Oui!’ and probably well before, there have been dual-career couples in science. Today, finding a satisfying and well-paid job is difficult at the best of times, but what happens when there are two of you? Job-hunting takes on an extra dimension when both partners are looking for that rare position. Often they are forced to live apart or maintain two residences sometimes having to fly between ports to see each other, and then only when either one is not on conference. Getting tenured positions for two at the same institution or even the same city can be almost impossible.

In many cases, it seems, the so-called ‘trailing spouse’ – a rather dubious phrase – gets to take on an administrative, part-time or basically lesser role while their partner scrambles up the academic ladder. It cannot be easy for someone to watch as the academic career of their partner soars as they garner publication, gather promotions, and gain peer respect, while they idle along with little prospect of catching up.

There are many permutations – couples may both be in the same scientific field or not. They may be at a similar stage in their respective careers or not. And, they may or may not have children. Questions constantly arise from these permutations such as how do both partners attend the conference in their joint field when childcare is not available. The problems can be immense when one partner heads for a center of excellence while a more ‘junior’ spouse stands little chance of tenure there. Chemical engineer Diane Rossiter, for instance, is in a dual-career couple but has decided due to pressures of work and family commitments to take a career break now her husband is moving jobs in academia. She would have been condemned to commuting some 2.5 hours each day otherwise in order to maintain her position as a lecturer at Loughborough University.

There are of course, many successful dual-career couples: University of Washington zoologists James Truman and Lynn Riddiford, Oxford neuroscientist Susan Greenfield and Oxford chemist-author Peter Atkins, bird researchers Kenneth and Mary Able at New York State University. Molecular biologists Seth Schor and Ana Schor at Scotland’s Dundee University. Geneticist Ruth Shaw and statistician Frank Shaw at Minnesota University. Crystallographer Judith Howard, the first female full professor of chemistry in England and her consultant physician husband David. The list goes on…

But, institutions that ignore the two-body problem can lose their primary candidate when satisfactory employment for the spouse fails to arise. Even when a candidate accepts a job, they might soon leave if better prospects come to light elsewhere for their spouse. Traditionally, according to Laurie McNeil of North Carolina University and Marc Sher of the College of William and Mary in a report on the plight of two-body physicists, the male partner has taken the lead and the female followed behind. But, for younger couples and for partnerships where there is not much of an academic disparity between them, this is not such an easy choice to make. Indeed, the issue is even more complicated for same sex couples.

McNeil and Sher point out that, at least as far as physics is concerned, there are very few institutions that face up to the problems facing dual career couples. The establishment of formal programs to assist a spouse have been slow to gain prevalence, although some establishments have had policies in place since the 1970s. Institutions can so easily cite anti-nepotism law so they can shrug off responsibility for a new employee’s partner. Departmental culture too can be very resistant to accommodating dual career-couples. Colleagues may not only perceive nepotism, but also see personal problems impinging on their laboratory time and ultimately having a disruptive influence on the department. Indeed, problems can go deeper as one academic in a UK university found to her cost when her husband got a lower-ranked job at her institution and could not cope with having his wife as his ‘line manager’. The couple ended up in the divorce courts.

Rhonda Malone first came across the problems facing dual-career couples some five years ago. She took on a new job at the University of Maryland with the aim of establishing the Dual Career Program there. She points out that helping new recruits avoid being distracted by personal matters and giving them a positive vibe about the university are the prime movers. ‘The purpose of the program is both to facilitate recruitment and to aid in getting new faculty off to a good start,’ she says. Such programs also help “formalize” an institution’s response to assistance, such as offering new recruits useful information like the job listings and contacts at local institutions, research centers, and other major employers.

UMD’s scheme is particularly successful because there are so many opportunities for biomedical researchers in the area. There are several other institutions, federal government facilities, many companies, hospitals and other research centers. On two occasions, Malone told me, spouses have obtained tenure-track positions at UMD, for instance. For the first, Malone helped the male partner, find an interesting and relevant job initially, then the department hired him the next year. ‘Our program is broadly for significant others, I’ve worked with spouses, partners, and fiance(e)s.

‘While our program doesn’t guarantee a job at the university or elsewhere for the unemployed spouse,’ adds Nancy Crist of Ohio University, it is designed to serve as a job-hunting resource.’ She adds that Ohio has a Dual Career Fund available to help fund university positions for spouses of current and prospective employees. Indeed, there are some imaginative financial arrangements possible at various institutions. Splitting a salary is sometimes possible irrespective of the types of position involved as long as they are roughly equivalent. But, a job share can only work well if the partners are at the same academic level. As a formal solution it can have problems, such as how to deal with promotion, cover disciplinary issues, and approach financial aspects such as benefits, raises, insurance and pensions. There are also issues such as what happens if one retires? If one partner dies? Or, if a couple split? The big advantage of a job share is the potential for freeing up time for other pursuits. Even then, couples might find their total working hours far exceeding 100% without additional recompense.

Despite the best efforts of those running such programs, there are several other negatives, such as the reluctance of academic departments approached to make special dispensations even for the short term. It must be in an employer’s best interests to help both partners. Couples where both partners are in satisfying job positions are more likely to stick around and be academically productive.

The Graduate College Scholars Program at the University of Illinois, Urbana-Champaign, was initiated in 1984. According to Associate Vice Chancellor for Research Janet Glaser, problems facing dual-career couples in what is a much smaller than average community can be a particularly severe problem. Indeed, there is only one institution of higher education – the University – so there are few options, especially if both individuals are in the same field. Despite that, Glaser says that the UIUC scholars program has provided a successful transition to placement of spouses in faculty employment or in academic professional or administrative positions, especially in social sciences and humanities.

Computer professional Letty Foulkes who is spending a year in the US while her husband is on sabbatical at Cornell says, ‘Dual-career couples still face problems.’ Her husband is a reader in Physics and she adds that if they wanted to move he would have to find a job first because his is the more specialized field. She does concede that although she could be considered a ‘trailing spouse’, she feels employable and could find a challenging and interesting job in her field. Nancy Cox, a geneticist at Chicago University, believes part of the problem is simply male dominance in science and academia. ‘In many disciplines, the most successful practitioners were successful in part because they had a joint effort,’ she says, ‘There were/are plenty of labs in which a spouse (usually the wife) is responsible for running a big lab. When women go into the workforce, they almost never have that kind of support – their husbands have lives and careers.’

Indeed, the problem of having a tenured spouse can lead to long-term disaffection by academia. Elizabeth Griffin, an astrophysicist has spent her career in Oxbridge on a long succession of short-term grants. She attributes this state of affairs largely on the attitude of universities to her then being married to a tenured staff member. She was told, when attempting to enter faculty, that she “didn’t need a job”, she “had a husband and he had a job” and she “wasn’t starving”.

David Jefferies, a senior lecturer at Surrey University is married to Christina a professor of Social Gerontology at the University of London and they have been a dual career couple since she got her PhD in 1978. ‘It has posed constraints,’ he says, many for her, fewer for me although she is better adapted to the routine work requirements of modern academia and, he adds, ‘she has taken over the lead, if such there is, in terms of status and income.’

Geographer Megan Blake of Sheffield University in England has studied the issue of dual-career couples. She herself left New England-New Hampshire where her husband was working at Dartmouth College. In her words, she ‘trailed’ her husband to Leeds and secured a job at nearby Sheffield. Blake works with husband Adrian Bailey (Leeds University) and Thomas Cooke (Connecticut University) on career trajectories for married couples. ‘Many US universities will consider offering a second post to a trailing spouse,’ she says, ‘but, historically this second post was for the female partner and often involved some type of administrative or temporary job rather than a job with a reasonable career ladder.’

The whole issue of dual-career couples can affect almost anyone in a partnership. There are countless permutations and this article did not even begin to address the added dimension of same-sex relationships. The problems have been around for a long time, ranging from a commutable home to dealing with divorce when a couple undertake a job share. There are some initiatives and for some couples the situation has improved, but, says Blake, ‘The point needs to be made over and over that the issue of dual career couples needs to be addressed.’

RESOURCES

Dual couples resources web site – no longer online, but found in archive.org

Problems facing physicists – McNeil and Sher’s report and dual career couples and links to spousal hiring programs.

BOX

FACT 43% of married female physicists are married to other physicists, whereas only 6% of married male physicists have a physicist spouse

FACT Some 38% of female chemists are married to other scientists, while just 21% of male chemists are married to a scientist, according to statistics reported by the American Chemical Society.

Holiday Reading for Scientists

Donald Prothero - Evolution

I’ve allowed a stack of books to accumulate on my desk over the last few weeks, some of them I’ve glanced through, others I’ve devoured over the course of a few days in snatched moments between writing, researching, blogging, and fixing web site servers. Some of them are inflammatory others are a bit of a damp squib, nevertheless ahead of the US holiday, Black Friday, and looking forward to Christmas (other winter solstice festivals are available), I thought I’d cite a few of them on Sciencebase to give you some holiday reading ideas.

First up is Don Prothero’s “Evolution – What the Fossils Say and Why it Matters”. In this book Prothero, a specialist in ancient North American rhinos tears into the evolution deniers with great vigour. He sets up his position from the start, pointing out that theory is not a derogatory word in science. He emphasises that scientists do not deal in facts as the lay person would understand them. Instead, scientists work with observations (evidence) and hypotheses (explanations). This does not, of course, imply that scientists have any doubts about certain facts. Apples will fall towards earth when detached from their tree. An almost spherical earth orbits around the sun. The fossilised remains of animals long extinct reveals that evolution takes place.

Next up is my former colleague at New Scientist Gabrielle Walker with An Ocean of Air, a natural history history of the atmosphere. Air is not only about breathing. At ground level air is converted directly into solid food and without it every living thing on earth would starve. Its outer reaches, despite the occasional hole, soak up cosmic rays that would otherwise fry us all. And, yet it is a fragile and complex system, we would do well to understand better.

Elias J Corey is the granddaddy of organic synthesis, in Molecules and Medicine, he and co-authors Barbara Czakó, and László Kürti take us on a whirwind tour of drug discovery and the search for medicinal molecules. One hundred of the most significant molecules currently in use are discussed, the discovery, application, and mode of action revealed. Structures for all the molecules described are given as well as pertinent crystallographic results, it would have been nice, but added to the price to have included a disk with the mol and cif files for use by educators and others.

Other books on my desk that deserve another mention include Toby Freedman’s Career Opportunities in Biotechnology & Drug Development, which does what it says on the tin and, Steven Pinker’s fascinating The Stuff of Thought

A late arrival for this list is The Best of Technology Writing 2007 edited by Newsweek technology columnist Steven Levy. I remember reading the last volume of this series on a plane headed for a vacation in Italy, it was an excellent holiday book, from a quick glance at the contributor list, this latest edition looks like it could be the same.

Revealing Invisible Science

Revealing the Invisible Web with CCReSD

The notion of the Invisible Web created quite a buzz, long before Google even had just one “oo” let alone half a dozen. The phrase alluded to the putatively millions of additional web pages, essentially hidden from view behind database scripts – fascinating product catalogues, riveting company backend data, and, scientific databases.

Scientific databases, you say, invisible?

Of course! You probably think of the databases with which you are personally familiar as being directly accessible and that there is nothing hidden about their contents at all. Much of the search functionality of countless scientific databases will work perfectly well regardless of your IP address, irrespective of whether you have logged in, and from almost anywhere in the world. Some are closed off to non-subscribers or those outside a particular campus or organisation, of course, but many are not. So, by what stretch of the imagination might they be described as hidden, or worse, invisible?

Well, do you know precisely what is contained in the close to 1000 terabytes of information in the National Climatic Data Centre? What about your favourite literature database? What about PubMed or ChemSpider? Or, any of dozens and dozens of other databases hidden by virtue of their very nature from conventional search engines. Obviously, specific users will have a relatively detailed perspective of the contents of a particular database, but what about cross-disciplines or, perish the thought, lay outsiders who may need to access information quickly without spending hours, days, weeks, attempting to find the right database and then attempting to figure out what is in it?

Yih-Ling Hedley and Anne James of the Faculty of Engineering and Computing at Coventry University, and Muhammad Younas of the Department of Computing at Oxford Brookes University, Oxford, England, point out that invisible web databases dynamically generate results in response to users’ queries. And, therein lies the rub. Search engines, which traditionally crawl, spider and index, the web, see only the front-end search page when they visit a site acting as a user interface for a database, in general. This means that the actual keywords associated with the data within those databases is not accessed, because it is dynamically generated by real users, and is not rendered by the search engine robots

Nevertheless, Hedley and colleagues say, “The categorisation of such databases into a category scheme has been widely employed in information searches,” but with only limited success. Now, the team has developed and tested a Concept-based Categorisation over Refined Sampled Documents (CCReSD) approach that effectively handles information extraction, summarisation and categorisation of such databases. Unlike a conventional search engine, CCReSD behaves in some ways like a real live user and detects and extracts query-related information from sampled documents of databases.

The result is that the system can generate a table of keyword terms and their frequencies to summarise database contents. The team explains that their system also generates descriptions of concepts from their coverage and specificity given in a category scheme.

Okay, sounds useful, CCReSD is basically a database savvy search engine spider that can create an index from otherwise hidden web resources by spoofing the behaviour of a genuine human user of that database. Aside from the potential breaching of database terms & conditions that forbid automated accesses, this could be a potentially very useful tool for technical subjects that have many, many hidden databases.

The team tested their system on the Help Site database (computer manuals on a system with multiple templates), CHID (a healthcare database with a single template) and the general database-driven site Wired News (single template). They found that it could extract relevant information from sampled documents and generate terms and frequencies with improved accuracy on previous approaches.

The team discusses CCReSD in detail in the Int J High Performance Computing Networking, 2007, 5, 24-33

Taking the P out of Urine Testing

Blood pressure hormone

A new approach to testing urine samples without having to purify them first has led to the discovery of a new hormone that controls sodium excretion and so could be involved in controlling high blood pressure. Too much sodium equates to raised bp. The discovery solves a riddle that confronted medical scientists for more than four decades and could lead to new approaches to treating high blood pressure.

I asked team leader Frank Schroeder about the work and discuss it in detail in this week’s SpectroscopyNOW. One issue that must be addressed before such a discovery can be applied realistically to the develop of new therapies for high blood pressure, or even low blood pressure, is to find out whether the hormone is involved in other control systems in the body. This is somewhat likely given that most other known hormones multitask. I asked Schroeder about this aspect of the research:

“At this point, it is difficult to speculate about what other biological processes might be influenced by the newly identified compounds, and the next step will be to find the receptor(s) that the [hormonal] xanthurenic acid derivatives bind to,” he told me. “From our analyses, it appears that the two xanthurenic acid derivatives represent the actual signalling molecules – the activity is very well-defined and the compounds are of high specific potency. Furthermore, a closely related metabolite, xanthurenic acid itself, is not active.”

Also, in this week’s issue, in the field of atomic spectroscopy, Jordanian scientists have found that garlic extract can reduce the levels of the toxic heavy metals, cadmium and lead, in vital organs, such as the liver, heart, and kidneys. You can read more about that here.

In pure chemistry, it has been a record-breaking year for coordination chemists Klaus Theopold and Kevin Kreisel of the University of Delaware and their colleagues who have synthesised an organometallic chromium compound with the shortest Cr-Cr bond ever. Not since the 1978 work of F. Albert Cotton and his team at Texas A&M University has such a short one been seen. Theopold told me that he does not think it will be too long before this new record is broken. “I don’t think it will be another 30 years, although I’d like to hold on to the record for a while,” he said, “As to who, there are three possibilities: somebody who is not trying for it, and discovers it accidentally (like us), Phil Power, or myself, because I am now interested and have some ideas.”

Finally, the rather delicate subject of turning raw sewage into compost for farms. Remy Albrecht of the Paul Cézanne University in Aix-Marseille and colleagues have developed an infra-red technique that could be used to monitor how well the composting process is going for biological wastes, such as sewage sludge. Obviously, compost quality for land application must be monitored and controlled closely, but there are so many benefits, such as quickly raising nutrient levels and improving soil quality that it is worth the effort. An analytical approach to near infrared reflectance spectroscopy can provide an inexpensive way to monitor the composting process, Albrecht told me.

“NIRS is a highly reproducible technique able to draw a precise chemical fingerprint of an organic material Moreover, NIRS is rapid and makes it possible to analyse a large number of samples in a practical and timely manner. Control of maturation can be easily simplified with good calibrations and a data bank in reference,” he said.

I do worry about the accumulation of heavy metals from such biological sources as with each iteration from crop/livestock, to dinner table, to sewage plant, back to farm, they could increase in concentration. There is also the issue of pathogens. I’d be interested to learn what safeguards are in place to prevent their circulation.

Video Lecture Search and Natural Language

A new speech and language search engine that could help you find particular subjects discussed in a video lecture, has been developed by MIT scientists in the Computer Science and Artificial Intelligence Laboratory. Regina Barzilay, James Glass and their colleagues say the web-based technology currently allows students and others to search hundreds of MIT lectures for key topics.

“Our goal is to develop a speech and language technology that will help educators provide structure to these video recordings, so it’s easier for students to access the material,” explains Glass. More than 200 MIT lectures are now available at http://web.sls.csail.mit.edu/lectures/ but there is no reason to think that the system could not be scaled to even the most puerile of Youtube video at some point in the future.

Meanwhile, a Cambridge, UK, company has gone into private beta with its natural language search engine. TrueKnowledge is discussed in more detail in an article entitled “What time is it at Google Headquarters?”, which is exactly the kind of question it can help you answer.

Virtualizing the Lab Book

I am a lab-note-freak who loves to write extremely detailed, organized lab notes, so organized that I really want to see the design of a really effective computer-based lab book software system.

With such a system, I’d want to be able to divide my lab work into several categories: Synthesis, Measurement, and other Manipulations. I’d also want to be able to create new categories by selecting and combining from a set of basic operations provided by the software.

Each type of lab work requires a unique form to fill in.Some fields are universal among all types of lab work such as Date, Title, Purpose, Results, Discussion, etc. But some fields depend on the type of lab work you are noting. For example Observations in the progress of a Synthesis lab work are important, but you don’t have any if you are doing NMR (a Measurement lab work) because you cannot see the sample.

With the help of database techniques your software labnotes could be searched, tagged, and, if online, shared! You could search people’s lab notes with “broadening” in Discussion field and “NMR” in Title field, for instance to learn from others’ experiences in the peak-broadening effects of an NMR study. And, of course, the digital chemical noting techniques (Smiles, InChI KEY etc.) connected to search engines could be incorporated into the software, too. I believe this is not very difficult technically speaking.

When I first heard of the online Open Notebook idea I thought it would be like the above-mentioned ideas, but now it seems that the current open notebook instances are essentially mere wikis and blogs. Wikis may be nice if you manually organize them into a labnote database but that’s much more tedious than directly using a database with a user-friendly shell. Blogs can be of some help with their datestamp format. Combined with tags you could make a blog-based lab notebook searchable, but it would still not be as good as specialized software designed for the purpose.

Perhaps I am missing the point of Open Notebook. Maybe it does encompass all my desires. I hope to learn more in the follow-up comments to this post.

— Guest blog post by PhD chemist Andrew Sun who is based in Guangzhou, southern China. You can find Andrew Sun via his Nature Networks blog where he discusses his life in chemistry.

Obesity News Epidemic

obese-overweightWe all know we’re all getting fatter, don’t we? Obesity has become the latest plague of the developed world. And, body mass index has become the vital statistic your GP is most interested.

Well, I’ve actually lost a few pounds from my Adonis-like physique* over the last few months, it must be the daily dog walking. Nevertheless, my BMI is high, but then so is that of at least half of the England rugby team – it’s big bones and muscular hypertrophy that do it. You cannot visit a health-related website or pick up a medical newsfeed these days without seeing some bizarre news related to obesity and overweight. [*Yeah, right!]

The research results are often contradictory, one day we’re told it is high saturated fat content that we must worry about. The next we hear that Gary Taubes has resurrected almost forgotten research that suggests carbohydrates are to blame for boosting insulin production and it is high insulin levels that make us fat. It sounds like a 1950s notion, too many potatoes will make you fat, but he could have a point. The link between insulin and obesity is very strong, but does one cause the other or do they operate synergistically to the detriment of our health. Who knows? Certainly not the headline writers were see, as I say apparently contradictory and at best confusing statements day in, day out.

  • Study firmly links obesity, cancer
  • Diabetes up amid rising obesity
  • Obesity ‘fuels cancer in women’
  • Obesity ‘epidemic’ turns global
  • Obesity May Be Protective in Progressive Prostate Cancer
  • Obesity and overweight linked to higher prostate cancer mortality
  • Little bit of fat not so bad: new study
  • Diabetes up amid rising obesity
  • Obesity ‘not individuals’ fault’
  • Gyms ‘little help’ in obesity
  • Inflammation, Not Obesity, Cause Of Insulin Resistance
  • Study finds some overweight people live longer
  • Little extra weight may not be bad

That’s just an almost random sample from this week’s news. But, the message is clear – we don’t really know what’s going on. The conventional wisdom has it that the more calories you take in and the fewer you use, the more overweight you will become. But, the type of calories do matter, as Taubes points out, we don’t tend to talk about middle-aged guys with burger guts, the more usual description of choice is a beer belly. The calorific content of beer, of course, arising from carbohydrates as opposed to fat.

There are also issues with the public health statements that tell us to reduce our saturated fat intake and to keep our (bad) cholesterol levels low. But, did you know there isn’t just one form of low-density lipoprotein, there are two – a dense form and a diffuse form. New evidence points to the dense form of LDL as being the bad form and not the nice fluffy type, but related research also hints that the presence of cholesterol is not actually a relevant risk factor for cardiovascular disease. It’s the dense LDL itself. So, is there any point your GP measuring your blood cholesterol and putting you on statins? Possibly not.

And, what of the possibilities that obesity is down to genetics, viral infection, bacterial infection, (fungal infection?), hormonal imbalances, pancreatic problems, missing out on breastfeeding as an infant, getting too much breast milk as an infant, a throwback to our grandparents’ diet, an evolutionary aberration, too much TV, not enough sleep, too much carbohydrate, too much protein, too much fat, too little exercise, too much walking and not enough running…

Taubes comes to 11 critical conclusions in Good Calories, Bad Calories, based on substantial literature research and interviews, summarised below:

  1. Dietary fat does not cause heart disease
  2. Carbohydrates do, because of their effect on insulin
  3. Sugars are particularly harmful
  4. Refined carbohydrates, starches, and sugars are the most likely dietary causes of cancer, Alzheimer’s Disease, and the other common chronic diseases
  5. Obesity is a disorder of excess fat accumulation, not overeating and not sedentary behaviour
  6. Consuming excess calories does not make us fatter any more than it makes a child grow taller
  7. Exercise does not make us lose excess fat; it makes us hungry
  8. We get fat because of an imbalance between hormonal regulation of fat tissue and fat metabolism.
  9. Insulin is the primary regulator of fat storage
  10. Carbohydrates make us fat by stimulating insulin secretion
  11. The fewer carbohydrates we eat, the leaner we will be

Confused? It’s enough to make you head for the donut bar. Or, maybe not. Next week, “Cardiovascular Disease News Epidemic”. Incidentally, I was going to call this post Bingo Wings and Muffin Tops, but thought better of it. You can look up definitions in the Urban Dictionary.

Scientific Intuition Under the Spotlight

Spotlight logo

It is that time of the month again. Spotlight on the physical sciences time, in conjunction with my colleagues at the intuitive portal Intute.

This month’s round-up includes the latest on the problem of stump exposure and glaciation in a globally warming world, elemental discoveries and the isotopic heavyweights, and a video interview with the researchers behind the discovery.

In the video, Dave Morrissey discusses why knowing what isotopes exist for the elements is important to our understanding of nature and how they might be made artificially in the laboratory.

Einstein Meets Hendrix

Einstein meets Hendrix

Well, not quite, but the wonderfully named Dr Mark Lewney puts on a great show not only as an axe hero extraordinaire but as a high-flying physicist who can explain why his nifty chops and runs sound the way they do. I had a quick e-chat with him the other day and we obtained permission to post his Famelab video from Channel4 on Youtube. So turn your speakers up to 11 and get ready to rock, harmonically, to the physics of heavy metal geetar!

The one thing that lets Dr Rock down is the total lack of a Justin Out of off of The Darkness jumpsuit and chest wig. Oh well, can’t have everything…

Facing up to Facebook

Facing up to Facebook

Sciencebase readers who scroll all the way down to the footer of any page on the site will most likely have spotted a clutch of new icons in a section I call Geeky Fun Stuff. I never thought of myself as an ubergeek until recently, but I guess it all adds up: big science fan, science degree, science writing as a career, fan of the more technical kinds of music, Rush, Peter Gabriel, Pink Floyd, that kind of stuff, oh and the The Dickies (I jest), and running a blog with literally thousands, well not thousands, dozens of plugins, that you spend far too much time tweaking.

And, part of being an ubergeek is stepping out of denial and facing up to one’s Facebook presence, the installation of Scrabulous, South Park character creator, and of course, the creation of one’s own niche group (science writers, 167 members and growing, by the way).

Once you’re up on Facebook, there’s no reason not to have a Twitter and a Pownce account too, as well as providing readers with direct access to your StumbleUpon and del.icio.us pages (see the footer). But, of course, those of you who reached the footer already know all this. To top it all, I guess fessing up to ubergeekicity also involves giving bits of your blog odd names, such as Elemental Discoveries, and Geeky Bits.

It probably also involves including links to a collection of my subscribed feeds known as an OPML file, worrying about how many subscribers the site has, and spending inordinate amounts of time running a science podcast that’s available on iTunes but doesn’t involve me laying down my Geordie accent in an mp3.

So, if you’ve haven’t been down under on Sciencebase, now is your chance, there is lots happening at the foot of this page. Feel free to “friend” me via any of those icons of web 2.0 but only if you want a self-professed ubergeek in your virtual circle.