14 Matching Annotations
  1. Oct 2022
    1. elaboration n. 1. the process of interpreting or embellishing information to be remembered or of relating it to other material already known and in memory. The levels-of-processing model of memory holds that the level of elaboration applied to information as it is processed affects both the length of time that it can be retained in memory and the ease with which it can be retrieved.
  2. Sep 2022
    1. After looking at various studies fromthe 1960s until the early 1980s, Barry S. Stein et al. summarises:“The results of several recent studies support the hypothesis that

      retention is facilitated by acquisition conditions that prompt people to elaborate information in a way that increases the distinctiveness of their memory representations.” (Stein et al. 1984, 522)

      Want to read this paper.

      Isn't this a major portion of what many mnemotechniques attempt to do? "increase distinctiveness of memory representations"? And didn't he just wholly dismiss the entirety of mnemotechniques as "tricks" a few paragraphs back? (see: https://hypothes.is/a/dwktfDiuEe2sxaePuVIECg)

      How can one build or design this into a pedagogical system? How is this potentially related to Andy Matuschak's mnemonic medium research?

    2. This is not so different from when elaboration is recommended asa “learning method.” As a method, it has been proven to be moresuccessful than any other approach (McDaniel and Donnelly 1996).

      Elaboration has been shown to be the most successful learning approach. (See McDaniel and Donnelly 1996) It is a two step process of being able to write about it and to use it in alternate contexts.

      How is the Feynman Technique similar to/different from elaboration? It would seem to be missing the second portion.

      This is one of the first times I've come across another word for part of the Feynman technique I've been looking for.

  3. Apr 2022
  4. Feb 2022
    1. In the early chapters Ahrens outlines the general form and method for taking notes for a zettelkasten, though he's not overly descriptive of the method and provides no direct examples.

      In the middle chapters he talks broadly about learning research and how the zettelkasten method dovetails with these methods.

      He does this almost as if he's a good teacher showing the student an outline of what to do and why, but leaving it up to them to actually do the work and experimentation to come up with their own specific methods of use to best suit their purposes. This allows them to do the work themselves so that they have a better chance of following a simple, but easy set of rules, but in a way that will allow them to potentially more quickly become an expert at the practice.

      “The one who does the work does the learning,” writes Doyle (2008, 63) [Section 10.5]

      In some sense, he's actively practicing what he preaches as a teaching device within his own book!

      I think that this point may be actively missed by those readers who aren't actively engaging with and converting his ideas into their own and doing the work which he's actively suggesting.

    2. Read for Understanding

      Ahrens goes through a variety of research on teaching and learning as they relate to active reading, escaping cognitive biases, creating understanding, progressive summarization, elaboration, revision, etc. as a means of showing and summarizing how these all dovetail nicely into a fruitful long term practice of using a slip box as a note taking method. This makes the zettelkasten not only a great conversation partner but an active teaching and learning partner as well. (Though he doesn't mention the first part in this chapter or make this last part explicit.)

    3. Working with the slip-box, therefore, doesn’t mean storinginformation in there instead of in your head, i.e. not learning. On thecontrary, it facilitates real, long-term learning

      The forms of thinking, writing, and elaboration that go into creating permanent notes for a slip box are natural means of facilitating actual, long-term learning.

    4. Even thoughelaboration works verifiably well for deep understanding, it might notbe the best choice if you just want to learn isolated encyclopaedicfacts (Rivard 1994).

      For deep understanding the elaboration method may be the best tool, but may not be the best choice for learning isolated encyclopedic facts.

      By learning isolated facts do they really mean memorizing here? In which case, perhaps using mnemotechniques is the best way to create synthetic associative links by which to tie one's knowledge into their other mental frameworks of knowledge. If thought about this way one is really elaborating their knowledge in a synthetic manner instead of more naturally. Either way, you're doing some form of elaborating as a means of assuming the knowledge. Both forms are work, though slightly different.

    5. he best-researched and mostsuccessful learning method is elaboration. It is very similar to whatwe do when we take smart notes and combine them with others,which is the opposite of mere re-viewing (Stein et al. 1984)Elaboration means nothing other than really thinking about themeaning of what we read, how it could inform different questions andtopics and how it could be combined with other knowledge

      Elaboration is thinking deeply about the meaning of what we've read, how it could inform or answer different questions, and how it can be linked or combined with other knowledge. It is one of the best-researched and most successful learning methods. While it seems to have some subtle differences, it sounds broadly similar to the Feynman technique and is related to the idea of writing questions based on one's notes in the Cornell note taking method.

  5. Jun 2021
  6. Dec 2020
    1. ges of LI acquisition verb inflections are omitted and subjects are optio

      Verbs do not change forms, and whether or not the subject is referential to outside context or explicitly within the sentence is optional.

  7. Jan 2017
    1. spool

      DNA has a negatively charged backbone. The histones surface has positively charged amino acids.

    2. compaction makes it easier to transport DNA within a dividing cell, it also makes DNA less accessible for other cellular functions such as DNA synthesis and transcription. 

      Trade off between untangling DNA fibers for cell replication and accessibility for transcription and translation.