A follow-up on our analysis of the anomalous restriction map of SARS-CoV-2
alexwasburne.substack.com
alexwasburne.substack.com
The dramatic claims of the paper are not supported by experiments present. They highlight a real pattern, but that is far from proving SC2 being of synthetic origin. A better approach would have been waiting for peer review, probably getting dinged on speculative conclusions, softening the language and then publishing in a peer reviewed journal
Instead they juked the review and posted on a pre-print with speculative language intact. There is no time pressure, they could have waited a few months to have outside eyes on it. I think they knew their conclusion was a reach and wanted to get it out there anyway for the twitter clout.
Having contrarians in science is helpful because they will always tilt at windmills, and sometimes succeed, but usually not. But that's why review is so important. It should have been reviewed by three experts before publishing. Instead they chose to have peer-review be public, by thousands of people, many of whom are not experts. They made their bed.
Pre-prints are fine for 99% of papers, because even if they are controversial they don't have a lot of reach. It is just a way for scientists to stake claims while undergoing review, which can take awhile.
For papers like these, traditional review is important because it can temper a lot of the more biased or political statements in the paper or help remove some of the more sketchy results/conclusions. It is far far from perfect, but it is better than nothing.
As I said above. The time pressure for covid is over. There is no reason to not undergo peer-review first for papers like these.
This truly sad and bias inducing for academia.
Personally, I think the dichotomy between hypothesis-testing and likelihood-quantification is a false one. The “P=0.05” cutoff we use to “reject” a hypothesis is an arbitrary one. When I read papers, I never “accept” or “reject” hypotheses but rather consider likelihood quantification as a measure of the weight of evidence or a distance of the data from some null hypothesis, as measured by some statistic. I encourage everyone else to consider this probabilistic worldview when viewing our paper: we aimed to quantify probabilities of this system occurring in nature, and P-values were convenient and commonly understood ways of communicating quantiles.
This paragraph does a lot of lifting. Conflating p-values and probabilities is the science equivalent of a code smell.They are the probability that the data seen (or more extreme) in the experiment were generated given the null-hypothesis is true.
Now, of course to fully understand the p, you also have to understand the null hypothesis. And yeah, sometimes it is misspecified. (by e.g testing out many null-hypotheses and only showing the more interesting ones, or accidentally creating a bad unlikely null-hypothesis which may allow for many uninteresting alternative hypotheses.)
P-values do not measure the probability that the studied hypothesis is true, or the probability that the data were produced by random chance alone.
Ronald L. Wasserstein & Nicole A. Lazar (2016) The ASA Statement on p-Values: Context, Process, and Purpose, The American Statistician, 70:2, 129-133, DOI: 10.1080/00031305.2016.1154108Setting a cutoff of .05 is saying “if there’s less than a 5% chance we’d see this data, assuming the null hypothesis, then we can assume that the null hypothesis is false”
What your comment is highlighting is an issue with bad experimental design. (And, obviously, with our publication regime)
"I have a confidence of 95" has very different ring to it than "I am 95% confident."
It would also prevent people from doing stupid things like using these values to compute expectations.
> We chose our statistic based on principles. Since all fragments sum to the length of the genome, if the longest fragment is equal to the inverse of the number of fragments, it implies the sites are perfectly evenly spaced. Conversely, if the longest fragment is nearly the entire length of the genome, it implies the restriction sites are concentrated in a tiny region of the genome.
The attacks upon the preprint are the product of an epistemically polluted trust network. In this case, the network (I believe) is aligned with the political Left. If the author were being attacked for asserting that Covid vaccines are generally safe and effective, one would assume the compromised trust network was aligned with the right. We as a society need to come up with a way to both foster freedom of speech and disseminate among the general populace the skills needed to vet competing accounts of scientific phenomena. And we all need to be willing to say, when appropriate, "There is not yet enough evidence to arrive at a firm conviction -- we will have to wait and see."
Some other interesting points on probability etc. - happy to discuss further. Perhaps a call sometime? We're of course open to feedback & civil discourse, and I've always admired the ycombinator crowd. I thought of applying to start a phage therapy company, but investors required a patent, which requires disclosing the tech to the whole world, and the tech can be used to make extremely dangerous viruses capable of killing people, so I folded on that venture.
Anyways, I appreciate all of you entrepreneurs and smart people & your efforts to make the world better with disruptive innovations. I'm here - feel free to email me at alex.washburne@joinselva.com if you want to discuss anything further, and if possible perhaps a call with many people present and organized questions could be a way to engage in productive discourse? I'm flexible!
Because some equate a hypothesis related to the WIV with racism?
There's been a lot of wagon-circling in the virology community at the implication that they caused instead of preventing a global pandemic.
(Full disclosure: I have a science PhD)
By the end of it, I hated my supervisor so much I could barely manage to speak to him and I went out of my way to avoid him.
At the very end, after I'd done my viva and some minor corrections to my thesis I knew I've ticked all the boxes and the only thing left was to go in to clear out my lab space. At that point I simply didn't want to talk to anyone from the group so I went in very late one evening when I knew no-one would be around and packed up all my stuff and took it away.
I didn't say goodbye and there was no leaving party. I was there for three-and-a-bit years, and then I wasn't. I have had no contact with the group, or my supervisor, since.
I can easily imagine that someone with credentials / qualifications in a space might have issues with the system/community that appears to govern that space.
So did you read the paper and come up with a substantive scientific critique, or did you judge him on his social media activities and social opinions?
You seem to be criticizing the author of the paper instead of the paper itself, which, in my book, is itself a red flag.
Some areas of academia seem to do that to people. Nature even has a paper on it: https://www.nature.com/articles/d41586-021-00663-2
This is generally how we focus funds. If things are serious, they get serious funding. I'm not sure if you have seen how many people covid killed, but it was a lot. Plus, humans, despite being really bad at it, love causality.
> There seems to be a fundamental problem with the logic here.
> but if the origin was zoonotic then the origin may remain ambiguous and even if understood there may be no effective way to respond.
Most of science is wandering into the darkness. I'm not sure why you're just telling us to give up before we even start. There's plenty of scientific works that took well over a hundred years to solve. Giving up before you begin is the fundamental problem with logic here. It is better to improve our knowledge than sit by complicity. Your comment is fundamentally anti-scientific.
This is a real bad faith read of my comment.