11 Matching Annotations
  1. Feb 2023
    1. Categories mean determination of internal structure less flexibility, especially “in the long run“ of knowledgemanagement and storage

      The fact that Luhmann changed the structure of his zettelkasten with respect to the longer history of note taking and note accumulation allowed him several useful affordances.

      In older commonplacing and slip box methods, one would often store their notes by topic category or perhaps by project. This mean that after collection one had to do additional work of laying them out into some sort of outline to create arguments and then write them out for publication. This also meant that one was faced with the problem of multiple storage or copying out notes multiple times to file under various different subject headings.

      Luhmann overcame both of these problems by eliminating categories and placing ideas closest to their most relevant neighbor and numbering them in a branching fashion. Doing this front loads some of the thinking and outlining work which would often be done later, though it's likely easier to do when one has the fullest context of a note after they've made it when it is still freshest in their mind. It also means that each note is linked to at least one other note in the system. This helps notes from being lost and allows a simpler indexing structure whereby one only needs to use a few index entries to get close to the neighborhood of an idea as most other related ideas are likely to be nearby within a handful or more of index cards.

      Going from index to branches on the tree is relatively easy and also serves the function of reminding one of interesting prior reading and ideas as one either searches for specific notes or searches for placing future notes.

      When it comes to ultimately producing papers, one's notes already have a pre-arranged sort of outline which can then be more easily copied over for publication, though one can certainly still use other cross-links and further rearranging if one wishes.

      Older methods focused on broad accretion of materials into subject ordered piles while Luhmann's practice not only aggregated them, but slowly and assuredly grew them into more orderly trains of thought as he collected.

      Link to: The description in Technik des wissenschaftlichen Arbeitens (section 1.2 Die Kartei) at https://hypothes.is/a/-qiwyiNbEe2yPmPOIojH1g which heavily highlights all the downsides, though it doesn't frame them that way.

  2. Dec 2022
    1. The limitations of commonplacebooks centers around the following: they only enable short-term knowledgedevelopment. They do not cater to allowing thoughts to evolve over time,infinitely. They do not allow for the infinite internal branching and expansionof ideas.

      sigh

      This is untrue in practice. They can evolve, they just do so in different ways. Prior to Luhmann's example, they have done so for centuries.

  3. Apr 2022
    1. imbalance in quality of individual contributions leads to frustration. There is no situation of pure knowledge or skills or development symmetry: There are no two individuals in the world with the same knowledge (Dillenbourg, 1999).

  4. Jun 2021
  5. May 2021
    1. Being opportunistic can be useful, but having a big positive impact often requires doing something unusual and on developing strong skills, which can take 10+ years.

      Academics (and other knowledge workers) tend not to focus too much attention on getting better. Skills development happens in an ad hoc way rather than a structured and focused approach to improvement.

  6. Feb 2021
  7. Oct 2020
    1. Pre-service Teachers' Practices towards Digital Game Design for Technology Integration into Science Classrooms

      This article looks at yet another new technology that has the potential to revolutionize the adult learning field. It examines the results of teaching educators about digital game design for technology integration. It looked at integrating this technology into science classrooms in particular. 9/10, very interesting new technology with lots of potential implications in the adult learning field.

  8. Jul 2020
  9. May 2020
  10. Sep 2018
    1. Another big takeaway from decades of scientific research is that, while we use our eyes to read, the starting point for reading is sound. What a child must do to become a reader is to figure out how the words she hears and knows how to say connect to letters on the page. Writing is a code humans invented to represent speech sounds. Kids have to crack that code to become readers.