Academic Productivity

Michael Nielsen has a great post on why open science is failing to take off. His main point is that science was never that open to start with, but thanks to the communication needs of the time and the technology available people developed the peer review system. A system that is now hauting us, while top scientists disregard current technology (mostly web-based) that makes the current system look silly.

By the way, Nielsen knows what he is talking about; he wrote the standard text on quantum computation the most highly cited physics publication of the last 25 years according to Google Scholar.

The first example he uses is Nature’s open peer review system:

Inspired by the success of amazon.com and similar sites, several organizations have created comment sites where scientists can share their opinions of scientific papers. Perhaps the best-known was Nature’s 2006 trial of open commentary on papers undergoing peer review at Nature. The trial was not a success. Nature’s final report terminating the trial explained: There was a significant level of expressed interest in open peer review… A small majority of those authors who did participate received comments, but typically very few, despite significant web traffic. Most comments were not technically substantive. Feedback suggests that there is a marked reluctance among researchers to offer open comments.

His second example is the usual suspect: wikipedia.

Seigenthaler has described Wikipedia as "a flawed and irresponsible research tool".

Nielsen marvels as scientists missing the point of wikipedia:

[...] You’ve bought into the current game, and take it for granted that science is only about publishing in specialized scientific journals. But if you take a broader view, you believe science is about discovering how the world works, and sharing that understanding with the rest of humanity.

(more…)

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I think if we all put together a list, it’s going to be easy to identify these troublemakers and avoid them. Actually, a better question would be what are the activities that get the most bang for your time, but they may vary a lot from discipline to discipline. Straightforward application of Pareto’s principle should go a long way.

By the way, is any of you keeping any kind of log of where your time goes? Or running any application like rescueTime?

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I found interesting this paper by Kanazawa (2004). It proposes that  ‘both crime and genius stem from men’s evolved psychological mechanism which compels them to be highly competitive in early adulthood but ‘‘turns off’’ when they get married and have children.’ He thinks testosterone may be one reason for productivity.

This part is particularly moving:

Perhaps the tragic life of the French mathematician Evariste Galois (1811–1832) best illustrates my argument (Singh, 1997, pp. 210–228). Despite the fact that he died at age 20, Galois made a large number of significant contributions to mathematics. (His work was integral to Andrew Wiles’ celebrated proof of Fermat’s Last Theorem in 1994.) Galois was involved in an affair, and the woman’s fiance challenged him to a duel. The night before the duel, Galois stayed up all night and wrote down all of his mathematical ideas on paper. (It is due to these notes, written on the last night of his life, that many of Galois’ ideas survived to the posterity.) From  other comments written on the paper, next to a series of mathematical notations, however, it is clear that Galois spent the night, intensely thinking about the woman over whom he was to have a duel the next morning. Something compelled this young man of 20 to produce so many brilliant mathematical ideas in one night and then go to a duel the next morning, ready to kill or be killed over a woman. It is my contention that the same psychological mechanism was responsible for both.

So _IF_ Kanazawa is right, other than staying single and surrounded by desirable partners, what can one do? Well, maybe sports are a good way to pump some testosterone in. It makes sense: many people I know, myself included, feel more productive after exercising. More so if it involves any kind of controlled risk or competitive activities.

Another good thing for testosterone levels: dancing (with a partner).

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I found a (badly scanned) paper on how to concentrate. It’s a so-so article, but there is at least one gem in it:

remember that solitude has always been, in all the history of mental achievement, a requisite for great work. (…) The great poems written in lonely garrets—the masterpiece paintings conceived by the artist amid the fields—the divine harmonies first heard by the musician communing with the stars—the sublime oration which first stirred the soul of the orator as he tramped in the forest—all attest that the best comes to man when he is alone.

This is interesting. I always found that some people complained I spent too much time in front of the computer… maybe that is what it means to be lonely. The funny thing is that nowadays it is a lot harder to be alone. Maybe alone is just a romantic surrogate for ‘uninterrupted’ I don’t think the mood implications of lonely help in any way, unless you are producing poetry, music or plastic arts… but certainly not papers.

So, do you feel lonely? Do you seek time apart from ‘the world’? It’s true that most academics’ social lives suck (not mine ). But what is the right causal path here? Do we kill our social lives so we can get ‘in the state’ more often and be productive? Or is it the other way around: we are ‘in the state’ so often that social relationships just die off?

One thing is true: having an internet connection provides constant, second-class (in the sense that it’s not as rich as real-life interaction) social stimulation; being in front of the computer is not a certain way to achieve ‘the state’ (lonely or not). But maybe a good solution is to concentrate a lot (no surrogate activities, like me writing this blog post while I should finishing up my paper), and then get a lot of first-class, ‘live person’ social action.

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I’m now at the Max Planck institute for Human Development, Berlin.

I’ll be working on the large Knowledge Collider project (LarKC), an EU grant that aims to create a platform for real-time reasoning on the semantic web.

The semantic web is being around for years, but only now it’s getting enough momentum. This is an area where I think what we know about semantics in psychology may make an important contribution.

This is called web 3.0 and is supposed to be the next big thing.

What’s interesting about Web 3.0
The basic idea is that the web is written for humans who read text; but it could be a lot more useful if it was also written for machines that can ‘reason’ on structured information. Right now, a machine can do much inference on propositions. The basic unit on the semantic web is the RDF triplet, which is basically a [SUBJ, VERB, OBJ] proposition.

Many existing databases are converted to a format that is, basically, a propositional analysis. But most of the web is, of course, plain text and not amenable to straight conversion between some other structured format to RDF. There are ongoing efforts to do this automatically from plain text. And, as happens with ‘automatic propositional analysis’, it’s not very good. But the fact that some companies do have databases (which are structured information, and easily translated into RDF triplets) is very promising.

Imagine that a spider for a search engine could read on the amazon webpage:
[JoseQuesada, likes, Kintsch-12345]
[Kintsch-12345, hasTitle, Comprehension]

Or from the wikipedia page:
[Kennedy, said, Prop-9876]
Prop9876: [Ich, bin, ein-Berliner]

Then, a machine could draw a lot of interesting inferences; and browsing the web will not need to be reduced to keyword matching: people could construct queries in a language that operates with RDF (SPARQL) or we could make search engines to translate natural language into SPARQL.

If all this sounds to you like ‘making the web a humongous database’ or ‘the return of good old-fashioned AI’, you may be right.

The challenge now is to write something that can do reasoning with trillions of propositions in something close to real time. This larKC project puts together people from parallel computing, cogSci, and hardcore reasoning people to create a service like that. It has funding for 3 years.

I will be posting more on semantic web stuff here (when appropriate) but mostly on the larkc blog.

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Recently I met with someone who is the editor for one of the top journals in my field. We discussed what would increase your chances of pleasing a journal editor. He gave me three clear pointers that I thought would be interesting to the readership here. But, I also think I’m going to try a different method to get them to you: mail. There are about 2000 RSS subscribers, and only a few dozen email subscribers. I think it’s those subscribers show a lot of commit to what I have to say here and it’s about right that they get extra content. If you use RSS over email because you find it more convenient, then my apologies. You can always subscribe to get the content, then unsubscribe, although I plan to decouple the two sources and prepare extra content that goes to the mail subscribers only in the future.

As Jason calacanis and Nova Spivack put it:

Why have I been doing so much more Twining than blogging and social networking? First of all, I’m not interested in having a conversation with the entire general public, or ever being an A-List blogger, or interacting with networks of random strangers. What I want is to efficiently participate in many different specific groups and communities around particular interests and relationships I have.

I still think that ap.com could be a great community where we share really effective tips (this one email is probably one of these). Just a quick reminder that posting is open to anyone who has anything to say (posts are reviewed). There is a post describing how to make a post. And of course, the comments are open.

EDIT: Since lots of RSS subscribers felt alienated, I have added the content here. I hope you understand why I thought it might be sensible to keep it to a reduded audience. The error in my logic was that email subscribers show more commitment: in fact RSS subscribers think the technology is superior and that’s why they do not subscribe using email.

As promised in my blog post, here are three tips to increase your
chances of pleasing a journal editor (and getting your paper published).

(1) Don’t take no for an answer. This editor told me that in many cases the reviews were not completely damaging, but many authors assumed that the paper was beyond repair and never resubmitted. Sometimes, even though you didn’t get a ‘revise and resubmit’, you can write back to the editor and say that you do not agree with some of the reviewers’ points, and that you have fixed the paper. Note that you were not invited to resubmit, but you are doing it anyway. Sometimes the editor will agree with your point and keep the process going.

This little sneaky tactic can save you a lot of time waiting for another journal to start the process from scratch, not to mention psychological wear-and-tear taking rejections.

Note: my editor in question said he would be more than happy to reevaluate such cases, but he may be an exception.

(2) Write it clearly. In a world where everybody rushes papers for publication, a well-written paper feels like fresh air. How do you know your paper is well-written? Leave it alone for a week. If you come back to it and you cannot understand your own point at first read, rewrite. Use your lay-man friends, or people from a different discipline, as testers.

Another trick that I’ve seen good writers do is to use very large fonts so they concentrate on one paragraph at a time (one screen full of large fonts). They move to the next screen only when they are totally satisfied with their writing. This often involves rewriting each sentence a few times, and shortening it.

(3) Don’t resubmit in a week. It shows disrespect for the entire review process. If the reviewers and editor took a few hours of their time to make your paper better, by all means do not disregard the changes they propose. Rarely you can address all suggestions in just one week.

What happens when you take an extraordinarily large time to resubmit? I thought it’d be catastrophic, but this editor concretely thought that this is not an issue. Sometimes life gets in the way. By all means resubmit even if you think your reviews have forgotten about you. They probably have anyway even if you submit in a snap

Hope this helps!

-Jose

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Just learned that Randy Pausch has passed away. Most of you will have been exposed to his extremely moving talk on ‘how to get the things you want’ at CMU, his last lecture, when he was diagnosed with cancer and give only a few months to live. What I didn’t know is that he also gave a talk on time management.

What I liked the most is his first slide: The goal is FUN. This one, Tim Ferris got right, and he seems very successful at indoctrinating people with this idea. I really hope it works out, because I’d love to see more people having fun around.

However, I challenge you to find a single academic that can live the life that Tim is proposing! But that a different conversation.

Another crucial point is his understanding of the famous 2 x 2 table in , Stephen F. Covey’s 7 Habits of Highly Effective People. Key: the 2 and 3 are often misplaced; people tend to do important, non-urgent last (i.e. after non-important, urgent). So the best order for the four cells is:

Also: a recipe for having short meetings: stand up. That limits the time a person can talk to you (you both get tired).

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The people at the Online education database have put together a list of resources for academics to get funding. While most of the usual suspects are there, you may find new options. It’s US-centric, so if you are outside the US you may not find it as appealing. It’d be nice if someone could put together a list like this for other locations
100+ Places to Find Funding For Your Research | OEDb

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Today I found a comment (again in hacker news!) that is very relevant to the discussion we are having here. I’m going to repost it, but credit goes to the author mlinsey. We have discussed in the past how soft peer review could change the landscape in science. The original model of peer review worked well when there were few submissions to journals and people communicated by snail mail, but it’s getting crazy for our current environment. Dario proposed an alternative, and mlinsey presents a similar one, maybe even more radical. Enjoy.

The whole journal system itself is broken. My university’s Math & CS library dropped its subscriptions to several journals a few years ago because they cost too much. Even though they picked the least important/prestigious journals, at one of the top CS departments in the country, this should not happen. And this is to say nothing of a lone individual who wants to benefit from research and teach himself some of it. They can hardly pay to subscribe to any of these journals.

And think about what a journal provides: a forum for researchers to submit the results of their research and a mechanism for selecting which of the submissions are worthwhile for folks in the field to know about.

What I just described is essentially just a karma system, albeit you would have to find a way to take the credibility of the rater into serious consideration. Assuming you solved the chicken-and-egg problem of getting enough credible people from academia to be raters and to submit their best work to your site (quite a tough problem considering many large universities are much more like big companies, or worse government bureaucracies, than startups), you could totally replace the entire system of academic journals.

Think of all the other free extras you would get by having a web app host all journal articles: at minimum, the process of citing references and looking at the background of a paper could be improved: you could visually trace the findings of the paper you’re looking at all the way back to the founding of the field by what each of it’s references used as references. Search would be a lot better, as would recommendation engines (lots of professors have grad students waste time simply scanning journals for articles that are relevant for their work). If you’re into NLP than you would have a much better dataset and a clear application for doing summarization. And think about the possibilities of social networking or productivity-app type features enabling all sorts of new possibilities for collaboration among people at different universities!

But the real big play is that once you do all this, you’re well on your way to replacing universities themselves, which any undergraduate can tell you are bloated enterprises which spend large amounts of money and pass the costs onto their customers, who accept it because the university system has a monopoly on giving out credentials for people going into the working world.

One of universities main products is research, and in many fields (biology, physics) you need the big backing of university (and government) dollars to support research. In many other fields (math, Computer Science, philosophy) you don’t. Researchers in these fields usually need to somehow pay their living expenses, and the actual equipment expenses are minimal. They mainly need: -a place to find like-minded collaborators -credibility for their work (ie, ability to publish in journals). You could give them both of those things. Now people in these fields wouldn’t even need to choose the career path of grad school and then professorship (in other words, staying their entire life in the university monopoly) in order to contribute their research to humanity’s body of knowledge.

So in other words, what you need is to build a HN/Reddit style voting/peer review system that weights the credibility of the voter heavily. Then you need to find some early adopters who are credible enough to lend your own site credibility. Then you could be well on your way to reinventing the academy in a way that is much more democratic and makes its results much more widely available and usable by the public.

Anyone want to build this? My email address is in my profile. Or just go ahead and use this idea yourself - I just really want to be able to use this service somehow, though probably more as a consumer than a producer of research. Maybe someone who actually went to grad school and had lots of papers published themselves would be in a better position to build this idea.

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I have determined I want to learn the COLEMAK keyboard layout. The point? It’s not about typing speed. The layout requires far less wrist motion than qwerty, and it feels very confortable. You can see that your hands are not moving much (the author claims that your hands travel 2.2 times more on QWERTY).

IF you spend most of your time using your keyboard (and if you are an academic, chances are you do), this one-time investment of your time might be worth it. We only have a set of hands for life, and if you imagine all the papers you should write in a lifetime stacked, you’ll feel the immediate urge to protect your hands :).

I’m not a touch typist on QWERTY, and wanted to learn touch typing, so I decided to go with COLEMAK instead.

It seems that you can only learn for about an hour and a half a day, and thus it will take a month before you can do any work at all. Some people have tried to go cold-turkey, but I have to get actual work done. If you peruse the forums, there are people posting detailed reports on their experiences.

There are lessons available in the website; one is supposed to go through them till reaching 96% accuracy or more. They recommend against relabeling or reorganizing the keys. Instead, the way to go seems to be to tape a copy of the layout on your monitor, like this:

BTW, If you suffer from back pain I have friends who swear by John Sarno’s book.

I’ll post more on how things go for me on the new layout. The good thing is that it’s not an all-or-none change: I can still do QWERTY when I have to get something done under a deadline.

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Here is one of the best summaries of how things can go wrong when one chooses to follow the academic path. I got this from Hacker news. The author of this well-written piece came from the industry, and compares the world he knows with what he encountered at the academia.

Things he finds:

1. Doing a PhD is lonely
2. Your picking the right advisor will determine your happiness level more than anything else
3. The way you code within the academic world has nothing to do with the way people code in the
   industry

But maybe we already know this.

What I’d like to see is someone writing a similar piece on life after your PhD. I had this silly idea that things would be easier and I’d have more time after my PhD Thesis for… you know, hobbies and other stuff normal people do. Nothing farther from reality.

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This article poses an interesting question. Sometimes one has enough data to make accurate predictions without having an understanding of what causes the phenomenon (a model). Nowadays, it’s getting easier and easier to get huge datasets, which are often sufficient to do this.

For example… Google uses massive amounts of misspellings to give ‘on the fly’ corrections. It also uses massive corpora of bilingual texts, such as their French/English translation engine by feeding it Canadian documents which are often released in both English and French versions. But they don’t have any theory of language doing smart stuff in the background.

So are theories redundant, or obsolete, in a world where one can do proper predictions without them?

Wired’s own Chris Anderson explores the idea:

Who knows why people do what they do? The point is they do it, and we can track and measure it with unprecedented fidelity. With enough data, the numbers speak for themselves.

Petabytes allow us to say: "Correlation is enough." We can stop looking for models. We can analyze the data without hypotheses about what it might show.

The point here is that statistics can find patterns in basically any area; so maybe we don’t need an specific science to take care of those problems.

There are issues with this line of thinking. Of course, correlation doesn’t imply causation, so doing just this we’d be blind to cause-effect relationships:

Google’s founding philosophy is that we don’t know why this page is better than that one: If the statistics of incoming links say it is, that’s good enough. No semantic or causal analysis is required.

Comments by Deepak:

We all know that more data means new approaches to science, especially since this has happened so quickly.

We’ve always worked with partial understanding, or in the case of medicine, less than partial understanding, but that’s precisely why medicine is beginning to fail. Not knowing mechanisms, etc is what results in a VIOXX. Not knowing why is what creates the next disaster.

Trying to solve the exact same problems as Google, we have a camp that does think that knowing ‘why’ is important: the semantic web proponents. Under this paradigm, the web would become a huge ontology. And machines would operate with propositions (RDF triplets) to deduce new knowledge. In this case, you do know how the machine reached certain conclusion. They do face the same huge datasets (i.e., try to operate with ‘the entire web’ at some point; not now, since only a small fraction of the sites use RDF at all), but instead of using the raw content that is prepared for human consumption, they will use machine-ready content.

If after plowing though petabytes of data, a semantic search engine reaches an interesting conclusion, at least it can show us the logical path it used. The promise for pharmaceutical companies is that they could find new drugs and interactions by just letting the algorithms traverse a corpus of, say, proteins. But, again, in this case, there is no ‘human’ postulating a theory either.

Probably, what all this means is that we scientists will need to adapt our methods to collaborate with these smart machines. There are things, like deep search, that are better left to them; whereas some other, like tagging images, are really hard for machines but trivial for humans.

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Ok, this is just a quick, relaxing post.
In your view who is the academic most likely to accidentally eradicate human life?

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Is there a simple explanation for why some people pick up demanding activities (such a career in science) while some others are happy watching television most of their spare time?

Maybe it’s as simple as this: boredom is aversive to everyone, but people differ on when they get so bored they need to do something about it or their head will explode. Let’s call this the boredom threshold. So let’s play with the naive theory that people with a low boredom threshold do science (or art, or some other complex, demanding activities). And let’s assume that mainstream jobs (i. e. those that apply existing knowledge instead of living at the bleeding edge) can get away doing the same things over and over again. This is a caricature, but bear with me.  

Some job descriptions value resistance to boredom. Of course, that’s not in the contract, but it’s implicit. And the humility it takes to take such a job is not only accepted, but encouraged in Western society. It’s almost getting to a point where the trait could suffer natural selection (if our standards lasted a few million years ). There are more boring jobs than interesting jobs (i.e., interesting jobs are in the ‘long tail’ of a power-law distribution). People willing to accept a boring job have thus more chances of being employed. More so, most jobs have some boring part, so a caricature of a person that would only take non-boring jobs and would quit as soon as something boring comes up would be kicked out of the gene pool.

(more…)

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Google will host large scientific datasets at http://research.google.com. That is, of you have a dataset that is requested constantly, now you can ‘open-source’ it and let google take the server load. Wired has this covered.

For those not seeing the point in having open, portable data, this presentation (Making Massive Datasets Universally Accessible and Useful) is a good an explanation.

How do you ship a large dataset to google? Well, they send you hard drives in a suitcase!:

(Google people) are providing a 3TB drive array (Linux RAID5). The array is provided in “suitcase” and shipped to anyone who wants to send they data to Google. Anyone interested gives Google the file tree, and they SLURP the data off the drive. I believe they can extend this to a larger array (my memory says 20TB).

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Sara Lloyd has published a manifesto on the way knowledge is distributed today.

In an ‘always on’ world in which everything is increasingly digital, where content is increasingly fragmented and ‘bite-sized’, where ‘prosumers’ merge the traditionally disparate roles of producer and consumer, where search replaces the library and where multimedia mash-ups -not text- holds the attraction for the digital natives who are growing up fast into the mass market of tomorrow, what role do publishers still have to play and how will they have to evolve to hold on to a continuing role in the writing and reading culture of the future?

This is important since the publishing industry somehow determines how academics allocate their time. If you can communicate your ideas in a way that fits the current standards, you may get them to spread farther.

Another interesting point is how the development of the text itself and the writing and editing process is now often ‘open’: there are ‘beta’ books on the net, and readers, ‘debug’ chapters as soon as the author releases them. This is a fantastic model that could leave professional editors out of the equation and speed up publishing in general. But then, do you really need the paper version of the book when all is said and done? Do you need to make a trip to the library to get it?

Oh, and by the way, Adobe acrobat 9 is out and now you can embed flash (i.e., video) in it. This makes possible to create a book that contains talks; or 3D rotations of a complex data visualization. Yet another reason to pay attention to fully digital book distribution.

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Anna Kushnir has an interesting letter to Wired where she describes how the proportion of women to men went from 7:1 in grad school to 1:7 in senior academic positions.

What is causing this switch? The comment section has a bunch of hypotheses. Worth a look.

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Paul Graham does it again. It’s great when you have a mind used to solve problems with simple solutions applied to time management. The more everyday problems hackers manage to solve (this time without use of fancy technology), the better for all of us.

The basic idea is simple: just make your body aware that you are wasting time. It’s even more radical than my interruptron idea of having a time counter growing in size as a function of wasting time.

I can find at least two problems with this idea. Or maybe I’m just trying to rationalize that I don’t want them to pry ‘my precious’ internet from my tired fingers

1. Software updates. I find that I quite often have to do a ’sudo aptitude install’ or some such. At least a couple of times a day. Same for programming languages’ packages. It’d be a pain to switch on the internet for that, plus it’d be tempting to leave it on.
2. Mail. I often have a quick idea and fire off an email to someone who may need to know or do something about it. My mail reader is integrated with my browser and sending a new mail is just one shortcut away. Again, a bit of a pain to move to a different computer to send a mail.

Still, the advantages are huge. Having no interruptions whatever online? Sounds great. In fact, when I’m really feeling like I need to get something done, I retire to a library with no wireless (and hopefully a comics section to fill scheduled rest time).

I’m interested in this method (2nd computer for internet only) enough to give it a serious try, say a full month.

It’d be great if more people wanted to join a trial, so we can do some n>1 testing on whether this works overall or not. It’d be also great to have some accountability (i.e., people knowing that you are doing this trial, so you feel ashamed if you are not following the rules). The problem is that productivity measures will have to be subjective: i.e., at the end of the month, do you feel you have gotten a lot done? More than any other month while you were online at all times?

What do you think?

PS: there’s a full thread commenting the article here.

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Just as a quick follow-up to this post, … there seems to be a narcolepsy drug that works really well for periods when you need a lot of concentration.

The drug name is provigil. The article is a pretty hard-core testimonial on its effect. There’s an interesting discussion here. The article seems to mention no negative side effects (other than making you eat less!) but in the discussion some people mention serious stuff like : “nervousness, insomnia, excitation, irritability, tremors, dizziness and headaches“.

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Extremely productive company 37signals (authors of  Ruby on Rails) have a short but interesting post on workaholism. It seems that workaholics actually create situations that require more work. This makes sense. And there are plenty of opportunities to fabricate more work: focus on small, inconsequential details; say yes to things before you have finished what you are currently working on; have no idea how long it’ll take to finish your current project (this is a big one for programming), etc.

The problem is that many work environments actually encourage people to act the workaholic way (and look busy all the time). If your workplace is one of these, there’s little you can do.

I’m still not seeing any stats that prove that non-workaholics get more done than workaholics though

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