How does this explain the Decoy effect [1]?
I am not sure how real and how well researched the 'decoy effect' is
So you would expect Claude Opus 3 to be harder to interpret than Claude Sonnet 3.5 ?
My intuition is that larger models of the same capability would exhibit less super-position and thus be easier to interpret?
> The news is good, and there are now seven shows in my tier 1
@Zvi Which are the other shows in your tier 1?
LASR (https://www.lasrlabs.org/) is giving a £11,000 stipend for a 13 week program, assuming 40h/week it works out to ~$27
Thank you for doing this!
Few random questions, of course feel free to say as much or as little as you want:
Have you been personally to the Gaza strip (or the West Bank) ? If yes - what are your impressions? How do people live there? Is it common for regular (non-military) Jewish people to hang around those places? How common is for Palestinians to hang around outside of Gaza and the West Bank? How common is for Jewish and Palestinian people to mix in everyday life and interact?
I have just recently learned about the Gilat Shalit prisoner exchange (a single captured Israeli soldier was exchanged for over 1000 Palestinian prisoners). What do you think about that exchange?
What is your probability of the IDF knowing about the attack but still letting it happen? If it is near 0, what is your current best explanation for IDF being caught by surprise by such a massive attack?
If you generate synthetic deceptive trajectories, how can you be sure the SAE is going to generalise to 'real' deceptive trajectories? Also in those cases why do you need to use SAEs, can you use probes instead?