1,233 karma · joined August 4, 2017
But in my experience neuroscientists have to have a solid level of systems thinking to succeed in the field. There are too many factors, related disciplines (from physics to sociology), and levels of analysis to be closed off.
Uncertainty isn't good for engagement, even if it's correct.
And you know what? In office, half the team's on video anyway because why hire locally when you can hire nationally or internationally for the best people?
I'll take a few video calls, then some actual privacy for 5 minutes to decompress, so I can actually focus for more than 45 minutes to do my work. The tradeoff is still worth it for me.
https://www.businessinsider.com/zirp-end-of-cushy-big-tech-j...
That being said, yes people can take it to the extreme just to put something on their resume...working on unrelated nonsense at the expense of the team. I've been on the receiving end of this and can't stand this immature behavior.
In fact, the two times I've experience it, it was the least concretely useful person on the team (but not a junior). When their BS is called out they ended up leaving one way or another instead of changing behavior.
This is different from someone who loves learning and applies broadly learned lessons in day to day work.
> I don't think people really appreciate how simple ARC-AGI-1 was, and what solving it really means. It was designed as the simplest, most basic assessment of fluid intelligence possible. Failure to pass signifies a near-total inability to adapt or problem-solve in unfamiliar situations.
> Passing it means your system exhibits non-zero fluid intelligence -- you're finally looking at something that isn't pure memorized skill. But it says rather little about how intelligent your system is, or how close to human intelligence it is.
https://bsky.app/profile/fchollet.bsky.social/post/3les3izgd...
Yes, dataset creation and curation is less glamorous, but it's important work. I've worked with a few modelers who could stand to learn that first hand.
The article mentions the hydrogels already contain the tastants, even those beyond the 5 fundamental ones, which means a rich taste+smell combo already present in physical form in the gels.
>There were nine taste-generating channels filled with flavored hydrogels. The gels were made out of agarose mixed with a bit of mineral water and specific flavor essences: sugar, salt, citric acid, cherry, milk, green tea, passion fruit, durian, and grapefruit.
Don't get me wrong, the miniturization and delivery is cool, but nothing virtual here.
Second, consider your own behavior and whether it's not tech itself but another aspect that you're confusing with being in tech, simply because people are (annoyingly) too polite to tell you.
In "tech" I find almost as much diversity of personalities and quirks than in the general population. I haven't personally experience what you're talking about, but that doesn't mean you're wrong. Perhaps the nearest neighbors that are lowest friction to socialize with aren't the best choice?
Perhaps I have a different understanding of "symbolic". The article proceeds to use various symbolic expressions and equations. Why say this above if you're not going to follow through? Visuals are there but peppered in.
I usually only say this to other neuroscientists who have a background in electrophysiology. The analogy isn't perfect, and is unnecessary to understand what ANNs are doing, but the analogy still stands.
(I can only speak for my experience and those of my peers in my field, at the end of the day)
In the worst case scenario, they accept lack of mechanism because "there are things science doesn't know", especially if their personal experience (random charlatan demonstration) is duped into belief.
This day cannot come fast enough in my opinion. Hype is tiring and ultimately detrimental in the long term (more disappointment than fulfilled wishes), in terms of opportunity cost of what could have been invested in instead.
How does one escape this?