Web of Trust For Scientific Publications
An anonymous reader writes "PGP and GnuPG have been utilizing webs of trust to establish authenticity without a centralized certificate authority for a while. Now, a new tool seeks to extend the concept to include scientific publications. The idea is that researchers can review and sign each others' works with varying levels of endorsement, and display the signed reviews with their vitas. This creates a decentralized social network linking researchers, papers, and reviews that, in theory, represents the scientific community. It meshes seamlessly with traditional publication venues. One can publish a paper with an established journal, and still try to get more out of the paper by asking colleagues to review the work. The hope is that this will eventually provide an alternative method for researchers to establish credibility."
The problem of course is that at some level you still need to have a known good reference for the whole "web" to work. It doesn't help your credibility at all if you've got a paper signed by 100 of your closest crackpot buddies. What this does provide is the ability for someone in addition to established authorities to vet a work, such that a well respected member of the scientific community can easily and in a verifiable fashion signify his approval of a paper.
Curiosity was framed, Ignorance killed the cat.
I'm sometimes bothered by the stress on studies being "verified" by something like a peer-review process. Not that I don't understand why it makes sense. It's a pretty reasonable attempt to sort valid work from crap, but...
There's still a certain way in which it's just an appeal to authority. It's people saying, "We should accept what this scientist says because other scientists say that he's right." I guess what I'm saying is that I worry that, as a process like this becomes more technical, people will be more likely to confuse a statement like, "This study has been reviewed by other scientists and seems to have merit," with something more like, "This study is correct, infallible, and indisputable."
And I guess part of the reason I worry about this is that there may be cases where what "everyone thinks" (i.e. the common conception even among experts) is wrong, and some random nutcase is right. It almost never happens, but it happens sometimes. It seems to me that a technical method of assigning trustworthiness of ideas in a web of trust might possibly lead to having all the groundbreaking ideas go into a spam filter somewhere, never to be seen again.
Where popular Ideas get modded up and controversial ideas get modded down.
We still need to find a way to get Ego out of science. Without having every crackpot idea be seriously considered.
If something is so important that you feel the need to post it on the internet... It probably isn't that important.
Scientific publications already have a web of trust in the list of cites at the bottom. Publications don't get cited unless they are notable in some way.
There have been numerous attempts to redefine peer review to bring it into the 21st century. There will be many more after this effort.
Peer review is typically anonymous. It represents a trust relationship between the editor and the referee, not directly between the author and the reviewer. If the journal - or rather, the editor - is removed from the equation, then some new mechanism is needed. It isn't obvious that the web of trust as described fits the bill, however.
An equivalent to a distributed certificate authority already exists and is widely used as a metric. The only certification that will be believed - even from professional peers - is to demonstrate a need and desire to actually use the results of prior publications. These are denoted (and trusted) by building a chain of publications by tracing back through the references embedded in subsequent publications themselves.
Indeed, the implementation of flagged revisions is currently being debated for the English Wikipedia, and was the subject of a recent ./ article.
A lot of the debate centers on exactly what the "signing" process will entail in terms of responsibilities and consequences for the articles subject to it.
I don't think a one-size-fits-all approach to trust networks is a good idea. Requirements for effective trust in key sharing, peer review, and wiki content may differ and I think it's appropriate for each to develop a fine-tuned approach, while borrowing good ideas from one another.
My bicyles
Yes, because the first thing I'd do on seeing a vaguely interesting paper is call up half a dozen random researchers, wait until they weren't busy in the lab to get a comment back, and then eventually have some clue what the consensus among those more directly involved in the field than myself is several hours later. Why not just have them publish their opinions? Then they don't have to answer the same questions repeatedly.
The question isn't "why should we include the hashes?" but more properly "Is there any reason not to use a properly designed digital signature?" The fact that I trust someone is a poor reason to deliberately design a weakness into the review system when it's so easy to avoid. What's that, you need a benefit as well? How about drafts of papers -- using hashes makes it easy to get someone to review the preprint of the paper, and make comments. A later draft could address those comments. Their signature should then only be applied to the first one, not the second, until they review it as well. Revision tracking is a useful feature.
Spam yes. Crackpots piped to math.GM for the amusement of all (e.g. the guy whose 'proof' of the Riemann hypothesis was 20 pages of verbiage boiling down to 'the universe is built on maths and maths is built on primes, so they must behave naturally and therefore the result is true..').
TRUTH is important than TRUST.
I'd like to buy homeland for our 10 million people. http://twitter.com/mahadiga