Very interesting reading. I've been doing this experience in the last weeks which seems to go a bit with RAS:
- I put an alarm ringing every 10 minutes. Currently it is only off for 8 hours, meaning it works for 16hours a day for a total of 78 alarm rings each 24hours.
- When it rings, I turn it off, and stop for a bit trying to recall everything I've done in the past 10minutes, and that I need to stay focused on my surroundings (like ADA)
What I notice is that if I don't turn the alarm off, my attention spawn is much greater after several rings. This is because I progressively start focusing more often to the point where I am not only waiting for the next alarm, but also on it's meaning: I have the task to focus on my surroundings.
Some funny things I've crossed about (some of them might be obvious, but it felt like it was interesting verifying them :p)
- My mood for sure affects both the attention/focus spawn. I've noticed when I'm nervous I take longer to turn the alarm off and when I'm relaxed or more motivated I increase greatly the odds that I'm already focused on my surroundings when it rings (aka, less chances of being day dreaming);
- The amount of sensorial input affects my ability to either focus on my surroundings and to perceive the alarm message. What I mean with this is that reducing the amount of sources which give me audio/visual input means I reduce the odds of day dreaming between the alarm's rings and increases the odds that I might already be expecting the alarm. This goes in the way of why you should study without distractions. The more sensorial input you're receiving, the more chances your RAS will shut down and your mind starts to wander;
- If I increase the time between alarm's ringing (originally the alarm was at 15minutes/64 times per day) I have a greater chance of day dreaming, but (interesting part), if I reduce the alarm to, let's say 5minutes, my attention spawn increases, but only for a limited amount of time. I would have to conclude this happens because short-term memory has limited storage. If you don't make a break, then you will eventually start loosing information.
Anyway, think I'm going to focus a bit more on this experiment, suppose with habituation some results might chance. But do you got any thoughts on the short-term memory and how is it affected by RAS? Because although we're talking about a very relative and hardly quantifiable data, there's probably a co-relation about the amount of time/data you take/store in it before your RAS shuts down right?
 Originally Posted by Ctharlhie
This has massive implications for lucid dreaming.
The functioning of the RAS would also explain why WBTB increases the likeliness of lucidity, as you enter REM sooner you're RAS retains a greater degree of its waking levels of activity, allowing you to more easily filter out dream content.
You're basically saying that the action of waking up to perform an WBTB can increase the odds of reaching REM stage with an (more) opened RAS? Could you explain yourself a bit more in detail, although I do like that perspective, I'm wondering if it makes a big difference, since at later hours (typically the late hours to perform WBTBs) we would already be experiencing a small gap between REM cycles?
"(...)the activity in the reticular activating system increases to levels similar to those that are seen during wakefulness." if they are close, and we're talking about a wave pattern (down down down....up up up and we reach REM....cycle resetting down down....repeat) We would carry the slightly more openned RAS into a still descending direction even thought pre-REM stages are shorter? Hope I made sense
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