Okok, I keep forgetting to jot down these two notes from running ... so before I go on about computer vision, I should do this. These are just operational recoveries of forms lost over the years, so it's a bit of a log of shame, albeit a somewhat technical one.
- 1. Yesterday's study of neural voltage was a good reminder to manage how much sensory data from each limb ( or part of the body ) hits conscious memory ... we consciously control this by activating feedback loops that contract muscles, sometimes colloquially referred to as neural tone. Maintaining a balanced proprioception of the entire body (rather than just legs, while running, for example), (a) allows for more / complete / constant kinesthetic data, as well as (b) simplifies coordination because you are applying similar signal quantities / data rates / effort / voltage / whatnot to all parts of the soma, rather than a discordant array of configurations to be adjusted in-flight.
- 2. Risk-off adjustments to vision memory management : allow one to focus less on the constant visual feed, and to think mainly about checkpoints or lap points along a route.
2026-05-23
- Brief note from yesterday's running. I seem to have forgotten to balance dopamine and adrenaline, on a per-stride basis. Failing to do so in favour of dopamine results in erosion of neural constitution as strides repeat. In other words, the operational boundary of each individual stride should comply with maintaining, or increasing pleasure.
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