- A new workflow strategy primarily thought to be useful for Daily notes, also inspired from Yana Log Notes.
- yana uses it for paper notes, also biology notes.
- they accumulate random facts, say about something like the Default Mode Network, and gain insight with sub bullet points
- yana uses it for paper notes, also biology notes.
- good for accumulating ideas without any real flow from one to another
- sub ideas are also great, use sub bullet points as much as possible
- organizes ideas automatically, this kind of “replaces” tying one idea to another in a standardly written note
- I would like to use for non daily note notes, there are some cases when studying non math stuff that it makes sense
Yana Log Example
Not exactly how I use them as im not biologically inclined, but means you dont have to maintain coherency with exploring for a certain subject.
- The Unique Cytoarchitecture and Wiring of The Default Mode Network
- This is such a brilliant lecture for some reason. Casey Paquola - time to watch all her lectures.
- Basically to start, the DMN isn’t just task-negative: it’s activated during memory-related tasks, social cognition, etc., and they all depend on integration of internal and external information. That is one of the main functions of the DMN, as an association area.
- But not all tasks, of course. The DMN was first discovered through its tendency to deactivate in response to external task demands: A default mode of brain function
- Furthermore, in RS-FMRI, in her words the “principal axis of differentiation”, there’s 2 kinds of gradients. One anchored by the DMN, the other anchored by sensory regions.
- Situating the default-mode network along a principal gradient of macroscale cortical organization (Marguiles et al. 2016)
- Topographically, you can see it’s practically optimized to be maximally distant geodesically from the sensorimotor cortex.
- The default mode network in cognition: a topographical perspective (Smallwood, Marguiles et al., 2021)
- Instroducing *stepwise fuectional connectivity: Integration of visual and motor functional streams in the human brain