I copy below the question I asked, and the response which I thought was most useful. (I’ve tried to include the image, but if it didn’t work, click through to the fb page)
MY QUESTION
The 80,000 hours article on extinction risk includes a table from an FHI survey in 2008 (scroll down for source) (edited to clarify not necessarily current views of 80k) As molecular nanotech weapons top the list, this makes me wonder what is being done about this? The only organisation that I’m aware of in this space is the Foresight Institute (https://foresight.org/) featuring Eric Drexler. I also found the Center for Responsible Nanotech http://www.crnano.org, but I couldn’t tell if the website was out of date. I’m interested in discussion along the lines of: 
Which orgs are working on this?
What are the gaps relating to molecular nanotech weapons?
Is there analysis on where to donate to tackle this?
Does anyone think this table overstates the risk from nanotech weapons? (e.g. because the nanotech people surveyed are more biased than other specialists? Or recent developments make the info out of date?)
[Disclaimer: I was working on GCRs at Open Phil when the below page was written but I did not write it and don’t have any interesting inside information on Open Phil’s views on the topic. The views below are my own only.]
Open Phil put out a (very) shallow investigation of risks from atomically precise manufacturing (i.e. nanotech) back in 2015. One thing they found is:
“Unless APM is developed in a secret “Manhattan Project”—and there is disagreement about how plausible that is —the people we spoke with believe it would be extremely unlikely for an observer closely watching the field to be surprised by a sudden increase in potentially dangerous APM capabilities.” https://www.openphilanthropy.org/.../atomically-precise...
This suggests we might expect risk reduction work to naturally ramp up if/when the tech starts developing and that it may be more efficient for risk reduction work to be done once the field makes some progress.
More on this: “People who are watching the field and know what to look for would be unlikely to be caught off guard even by rapid developments in atomically precise manufacturing. While development could be surprisingly fast, it would be possible to observe the substantial advances in various capabilities of nanosystems (e.g., mechanical stiffness of various types of nanostructures, number of moving parts of mechanical systems, and lattice sizes of materials used to build intricate systems) that would come before the technology reaches its mature form. Hypothetically, surprise could come if there were a secret project aimed at developing the technology, but that would be implausible in the present climate.” GiveWell’s non-verbatim summary of a conversation with Eric Drexler, October 8, 2014. https://files.givewell.org/.../Eric%20Drexler%2010-08-14...
I asked a related question on the EA facebook page a few months back. Here’s the question I asked: https://www.facebook.com/groups/effective.altruists/permalink/2592010687521939/
I copy below the question I asked, and the response which I thought was most useful. (I’ve tried to include the image, but if it didn’t work, click through to the fb page)
MY QUESTION
The 80,000 hours article on extinction risk includes a table from an FHI survey in 2008 (scroll down for source) (edited to clarify not necessarily current views of 80k)
As molecular nanotech weapons top the list, this makes me wonder what is being done about this?
The only organisation that I’m aware of in this space is the Foresight Institute (https://foresight.org/) featuring Eric Drexler. I also found the Center for Responsible Nanotech http://www.crnano.org, but I couldn’t tell if the website was out of date.
I’m interested in discussion along the lines of:
Which orgs are working on this?
What are the gaps relating to molecular nanotech weapons?
Is there analysis on where to donate to tackle this?
Would a donation to biorisk orgs already cover this? I’m thinking of those recommended by Founders Pledge (https://founderspledge.com/research/fp-existential-risk) or possibly those mentioned by Open Phil (https://www.openphilanthropy.org/focus/global-catastrophic-risks/biosecurity)
Does anyone think this table overstates the risk from nanotech weapons? (e.g. because the nanotech people surveyed are more biased than other specialists? Or recent developments make the info out of date?)
Notes:Here’s the 80k article: https://80000hours.org/articles/extinction-risk/The ultimate source of the table is this survey: https://www.fhi.ox.ac.uk/reports/2008-1.pdfFurther reading:https://en.wikipedia.org/wiki/Molecular_nanotechnology#Riskshttp://www.crnano.org/dangers.htmhttps://www.realclearscience.com/lists/top_methods_human_extinction/molecular_nanotech_weapons.htmlhttps://www.cnbc.com/2017/03/17/mini-nukes-and-inspect-bot-weapons-being-primed-for-future-warfare.html
A PARTICULARLY USEFUL ANSWER (from Howie Lempel):
[Disclaimer: I was working on GCRs at Open Phil when the below page was written but I did not write it and don’t have any interesting inside information on Open Phil’s views on the topic. The views below are my own only.]
Open Phil put out a (very) shallow investigation of risks from atomically precise manufacturing (i.e. nanotech) back in 2015. One thing they found is:
“Unless APM is developed in a secret “Manhattan Project”—and there is disagreement about how plausible that is —the people we spoke with believe it would be extremely unlikely for an observer closely watching the field to be surprised by a sudden increase in potentially dangerous APM capabilities.”
https://www.openphilanthropy.org/.../atomically-precise...
This suggests we might expect risk reduction work to naturally ramp up if/when the tech starts developing and that it may be more efficient for risk reduction work to be done once the field makes some progress.
More on this:
“People who are watching the field and know what to look for would be unlikely to be caught off guard even by rapid developments in atomically precise manufacturing. While development could be surprisingly fast, it would be possible to observe the substantial advances in various capabilities of nanosystems (e.g., mechanical stiffness of various types of nanostructures, number of moving parts of mechanical systems, and lattice sizes of materials used to build intricate systems) that would come before the technology reaches its mature form. Hypothetically, surprise could come if there were a secret project aimed at developing the technology, but that would be implausible in the present climate.”
GiveWell’s non-verbatim summary of a conversation with Eric Drexler, October 8, 2014.
https://files.givewell.org/.../Eric%20Drexler%2010-08-14...
See also:
https://files.givewell.org/.../Adam%20Marblestone%208-27...
[Note—I haven’t thought about the issue recently enough or deeply enough to have my own view on how valuable work on APM risk might be today.]