Tootfinder

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@trochee@dair-community.social
2026-02-23 06:45:57

> for a large share of actual product work, the person who can say "here is what done looks like, prove it without seeing my rubric" is more valuable than the person who can write the code.
> Implementation is what AI is getting good at. Knowing whether the result actually solves the real problem is not an engineering judgment call, it is a domain judgment call.
Reposting to call out those two quotes and agree that this matches my experience as a staff developer…

Reinhard Lackner (@macf00bar@hachyderm.io)
@shanselman Scott, the paper frames the problem well but undersells one angle: the mid-tier. There is a huge population of devs who are not senior by title or years but have deep domain knowledge from living inside a product or industry for a long time. Those people get just as much of a boost as seniors, sometimes more, because they know exactly what to ask for and what to reject. The binary of "senior vs EiC" misses that. The preceptorship model is solid in theory but I am not sure it addres…

@netzschleuder@social.skewed.de
2026-04-22 07:00:04

physics_collab: Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network.
This n…

physics_collab: Multilayer physicist collaborations (2015). 14488 nodes, 59026 edges. https://networks.skewed.de/net/physics_collab#arXiv

@cdarwin@c.im
2026-03-28 01:16:19

Four weeks into a war that was going to take four days,
and that has so far cost the US about $30-40bn
and Israel $300m a day,
Washington is further away from a diplomatic agreement with Iran than it was in May 2025.
Not only has the war failed to persuade Iran to agree to dismantle its nuclear programme in the comprehensive and irreversible way the US demanded in a 15-point paper that it tabled on 23 May last year,
Washington is now having to negotiate to reopen…

A war of regression: how Trump bombed the US into a worse position with Iran
Analysts fear Iran has played a weak hand well and the US has blundered into a defining strategic failure

@netzschleuder@social.skewed.de
2026-02-03 08:00:04

physics_collab: Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network.
This n…

physics_collab: Multilayer physicist collaborations (2015). 514 nodes, 7153 edges. https://networks.skewed.de/net/physics_collab#pierreAuger

physics_collab — Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network

@netzschleuder@social.skewed.de
2026-01-30 12:00:05

physics_collab: Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network.
This n…

physics_collab — Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network

@netzschleuder@social.skewed.de
2026-04-09 10:00:05

physics_collab: Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network.
This n…

@netzschleuder@social.skewed.de
2026-02-25 15:00:04

physics_collab: Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network.
This n…

physics_collab — Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network

@netzschleuder@social.skewed.de
2026-02-25 20:00:04

physics_collab: Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network.
This n…

physics_collab — Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network

@netzschleuder@social.skewed.de
2026-04-07 05:00:05

physics_collab: Multilayer physicist collaborations (2015)
Two multiplex networks of coauthorships among the Pierre Auger Collaboration of physicists (2010-2012) and among researchers who have posted preprints on arXiv.org (all papers up to May 2014). Layers represent different categories of publication, and an edge's weight indicates the number of reports written by the authors. These layers are one-mode projections from the underlying author-paper bipartite network.
This n…

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