papers.cool 订阅中作者列表不全

[wangfh5]

路由地址

/papers/arxiv/:category{.+}?

完整路由地址

/papers/arxiv/cond-mat.str-el

相关文档

https://docs.rsshub.app/zh/routes/journal#topic

预期是什么？

作者列表显示所有作者(图示为papers.cool的网页截图)

实际发生了什么？

作者列表只有第一作者

部署

RSSHub 演示 (https://rsshub.app)

部署相关信息

现成软件

额外信息

使用RSS客户端Follow

这不是重复的 issue

• 我已经搜索了 现有 issue，以确保该错误尚未被报告。

[github-actions]

Searching for maintainers:

• /papers/arxiv/:category{.+}?: @nczitzk @Muyun99

To maintainers: if you are not willing to be disturbed, list your username in scripts/workflow/test-issue/call-maintainer.js. In this way, your username will be wrapped in an inline code block when tagged so you will not be notified.

If all routes can not be found, the issue will be closed automatically. Please use NOROUTE for a route-irrelevant issue or leave a comment if it is a mistake.
如果所有路由都无法匹配，issue 将会被自动关闭。如果 issue 和路由无关，请使用 NOROUTE 关键词，或者留下评论。我们会重新审核。

[cscnk52]

This won't be fix.

The https://papers.cool/ has it own RSS feed, RSSHub parse this feed use rss-parse npm package

Below is a part of RSS feed from https://papers.cool/arxiv/cond-mat.str-el/feed

<entry>
    <id>https://papers.cool/arxiv/2501.18591</id>
    <title>Non-Hermitian catalysis of density-wave orders on Euclidean and hyperbolic lattices</title>
    <updated>2025-01-30T18:59:30+00:00</updated>
    <author>
      <name>Christopher A. Leong</name>
    </author>
    <author>
      <name>Bitan Roy</name>
    </author>
    <link href="https://papers.cool/arxiv/2501.18591"/>
    <summary>Depending on the lattice geometry, the nearest-neighbor (NN) tight-binding model for free fermions gives rise to particle-hole symmetric emergent Dirac liquid, Fermi liquid, and flat bands near the half-filling or zero-energy on bipartite Euclidean and hyperbolic lattices, respectively embedded on the flat and negatively curved spaces. Such noninteracting electronic fluids are characterized by a vanishing, a finite, and a diverging density of states near half-filling, respectively. A non-Hermitian generalization of this scenario resulting from an imbalance of the hopping amplitudes in the opposite directions between any pair of NN sites continues to accommodate a real eigenvalue spectrum over an extended non-Hermitian parameter regime. Most importantly, it reduces the band width without altering the characteristic scaling of the density of states close to the zero-energy. Here, we show that on two-dimensional bipartite Euclidean and hyperbolic lattices such a non-Hermiticity catalyzes the formation of both charge-density-wave and spin-density-wave orders at weaker (in comparison to the counterparts in conventional or Hermitian systems) NN Coulomb and on-site Hubbard repulsions, respectively. These two ordered states correspond to staggered patterns of average electronic density and spin between the NN sites, respectively, and both cause insulation in half-filled systems. We arrive at these conclusions by combining biorthogonal quantum mechanics and lattice-based self-consistent numerical mean-field analysis in the Hartree channel. We discuss the scaling of the associated mass gaps near the zero-energy with the non-Hermitian parameter, and also address the finite size scaling of the order parameters specifically on hyperbolic lattices with open boundary conditions. A robust general mathematical criterion for the proposed non-Hermitian catalysis mechanism for ordered phases is showcased.</summary>
  </entry>

it has multi author field, but from the source code of rss-parse:

https://github.com/rbren/rss-parser/blob/e9b21691d25cc125c7a4d7be9835e318aee5bc70/index.d.ts#L69

author?: string;

the author is defined as string, not string[] (string array), it can't support, rss-parse only return the first author, because the standard of RSS do not support multi author.

rss-parse source code about author part:

https://github.com/rbren/rss-parser/blob/e9b21691d25cc125c7a4d7be9835e318aee5bc70/lib/parser.js#L168

if (entry.author && entry.author.length && entry.author[0].name && entry.author[0].name.length) item.author = entry.author[0].name[0];

and some document about rss standard:

• https://feedgen.kiesow.be/api.entry.html#feedgen.entry.FeedEntry.author
• https://www.rssboard.org/rss-specification#ltauthorgtSubelementOfLtitemgt

also not support parse multi author.

you may direct use rss feed from https://papers.cool/, but follow also do not support multi author too.

here is rss feed from https://papers.cool/ suit your category:

https://papers.cool/arxiv/cond-mat.str-el/feed

[nczitzk]

/wip