1,460 karma · joined December 2, 2013
I don’t know enough about the issue to predict if this potential risk is significant, or outweighs the substantial benefits.
Renewable tech (ie solar, wind) is an excellent example of this phenomenon, where we are finally getting to the point where you don’t need to appeal to people’s morals/values to get their energy companies to use renewables - they’re now simply cheaper in a lot of regions! Because tech improved in the right direction, greed and economic efficiency have become much more aligned with reduced environmental impact.
So the way I like to think about problems is this: what technology, if it existed, would solve this problem even when people/societies act entirely in their own self-interest (given how many world economies typically function)?
Morality is a luxury few feel they can afford, so make the moral choice cheaper.
I’d say the fact that we start life as a single cell with - at maximum - only a couple of gigabytes of information packed in our DNA and yet turn out to have profound intelligence is strong evidence that we might be able to design a system that - through some combination of obscenely efficient simple-ish learning algorithms - might be able to bootstrap its own intelligence in a similar fashion to how humans do.
This isn’t necessarily a call for research to study how human embryos turn into thinking, feeling people, but more a loose upper bound on the complexity of the initial size of a model that could become AGI.
The reproducibility crisis across the social sciences (and sometimes even in biology and medicine and - hot take - machine learning) is evidence that many of these models are both wrong AND useless for prediction, as opposed to just being incomplete.
Any robot that can move as fast as a human and perform similar work to a human will need to be close to as strong/heavy as a human. And humans can kill each other with their bare hands; we just know not to. A Kuka LBR iiwa can only lift 7-14kg, but could easily accidentally kill/maim someone with common payloads of that mass.
Obviously there's also some slowness w.r.t. the actual control here (i.e. safety pauses, planning latency, etc.), but it's a tall order to build any kind of home robot - especially one that has such a large workspace - that is intelligent enough to be both fast and safe.
I’ve only watched the video here, but I wonder how separable cable manipulation is from the actual insertion task. At some point, there’s a transition between the connector and the flexible cable that, for many kinds of connectors, requires a transition in manipulation strategy. Think about how you have to adjust your grip from the wire to the jack when you plug in a Cat6 cable.
I bring this up because the headphone jack example there isn’t really demonstrative of this difficult modality transition dynamic.
Great work nevertheless!
Without going too in-depth, they allow teams to set up accounts on a central website, where team members can contribute to that central git repository. There are also other project-management features baked into the tool (code review, issue tracking, etc).
Of course, this can all be done using a bare git server running on some publicly-available computer, but they offer nice UIs and very friendly onboarding so that makes them attractive for teams.
A lot of people talk about the 1%, but there’s a separate, massive quality of life divide (especially at work) between the top 10% and bottom 90% of workers. Working conditions have never been better for the top 10%, and are getting worse for the rest.
So while there are definitely other immediate negative consequences to the US not having these benefits unilaterally, the fact that they already exist for the richest/most-educated makes me skeptical we’ll see an exodus of that demographic.
Part of it this was to develop a healthy rapport, to build mutual trust while working on large-scale projects.
But another aspect was productivity; both my team and the other teams had a lot on their plate, and it could be difficult to align incentives such that our shared projects would be completed in a reasonable amount of time. Flying out, finding a desk near the other team, making yourself visible/available, and working directly on the project would get more done in a week than would have happened in 2-3 months of remote collaboration.
Of course, it would be lovely if all companies could get work done remotely (yay Gitlab, Basecamp, etc. etc.), but most companies aren't set up for remote collaboration success, especially across management lines.
I ask because one explanation of the disconnect is that consumer spending in general hasn’t actually dropped that much, it’s just moved away from in-person small businesses.
1) Uncertainty is anathema to markets. At the beginning of the crisis, there was a ton of uncertainty about how the disease would progress, what it’s impact on supply chains would be globally, and how governments would respond. In the last few weeks, the US has gotten a lot more information on how things progress, “flatten the curve strategies” are appearing to work (which reduces uncertainty), supply chains are still very strong and, for staple goods/services, only minority affected, and the central banks of the world are issuing a MASSIVE amount of short term liquidity to prevent credit crunches.
2) (this is a bit more cynical). I suspect the productivity of a huge number of Americans, particularly in service roles, has disproportionately less impact on the economic productivity of publicly traded companies. In other words, many jobs are disposable without impacting the financial health of companies in the stock market. Small businesses are being gutted, and so is a lot of big retail, but it’s been too short of a time for those effects to make a dent in how many of the publicly traded businesses are operating.