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The Alignment Journal is now open for submissions! This is the fifth post in a series: * the announcement post introduced the journal's core premise and its three key innovations: paid attributed review, published review summaries,[1] and LLM-assisted workflow; * the features and policies post examined the shortcomings of existing...
[Cross-posted from the Alignment Journal's blog] The Alignment Journal is beginning to invite the authors of select papers to submit their work for review. If you are interested in participating as an action editor or a reviewer, make an account on our website; if you have a manuscript that you...
This is the Alignment journal development blog series We previously announced a forthcoming research journal for AI alignment and outlined our features and policies. In this next cross-post from our blog, we describe how we expect AI progress to shape the journal. Future posts will discuss our theory of change,...
We previously announced a forthcoming research journal for AI alignment. This cross-post from our blog describes our tentative plans for the features and policies of the journal, including experiments like reviewer compensation and reviewer abstracts. It is the first in a series of posts that will go on to discuss...
tl;dr We’re incubating an academic journal for AI alignment: rapid peer-review of foundational Alignment research that the current publication ecosystem underserves. Key bets: paid attributed review, reviewer-written synthesis abstracts, and targeted automation. Contact us if you’re interested in participating as an author, reviewer, or editor, or if you know someone...
tl;dr This post is an update on the Proceedings of ILIAD, a conference journal for AI alignment research intended to bridge the gap between the Alignment Forum and academia. Following our successful first issue with 9 workshop papers from last year's ILIAD conference, we're launching a second issue in association...
TLDR: Vacuum decay is a hypothesized scenario where the universe's apparent vacuum state could transition to a lower-energy state. According to current physics models, if such a transition occurred in any location — whether through rare natural fluctuations or by artificial means — a region of "true vacuum" would propagate...