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Cake day: June 9th, 2023

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  • macarthur_park@lemmy.worldtoScience Memes@mander.xyzElsevier
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    3 months ago

    When will scientists just self-publish?

    It’s commonplace in my field (nuclear physics) to share the preprint version of your article, typically on arxiv.org. You can update the article as you respond to peer reviewers too. The only difference between this and the paywalls publisher version is that version will have additional formatting edits by the journal.

    If you search for articles on google scholar, it groups the preprint and published versions together so it’s easy to find the non-paywalled copy. The standard journals I publish in even sort of encourage this; you can submit the latex documents and figures by just putting the url to an arxiv manuscript.

    The US Department of Energy now requires any research they fund be made publicly available. So any article I publish is also automatically posted to osti.gov 1 year after its initial publication. This version is also grouped into the google scholar search results.

    It’s an imperfect system, but it’s getting much better than it was even just a decade ago.






  • That’s wild. I’ve always sent people copies when they reach out. It’s especially easy to do so with ResearchGate, but that does require the requester make an account there.

    Another option is to ask a librarian to find that specific article, rather than getting them to subscribe to the journal. I had to do this once in grad school for an article in a discontinued journal from the 70s. The librarian found another library that had it and they faxed a copy.



  • It still is a blurry orange ball, where the orange is the location of radio wave emission. The team did a new image where they measured the polarization of the light, which is the result of strong magnetic fields where the light was emitted. The lines are drawn over the image to depict the polarization orientation of the light as a function of location.

    I want to be clear that this is an incredible feat, both the fact that they can produce an image of a black hole from the center of our galaxy AND determine the polarization of the light. But they don’t have a super crisp image of matter swirling into a black hole.