#3: Keep an extra supply of new, unused SIM cards. Over the years, extra SIM cards have saved me countless time, effort, and headaches.
#2: When watching something, and when they’re available, always turn on subtitles for a language you’re learning (or willing to learn).
#1: I use an unorthodox financial transaction scheme that helps me stay on top of everything more easily.
Whenever I have to manually pay a bill online, and it requires me typing in a certain amount by hand that is not copy-and-pasteable, I don’t type in the exact amount. I type in the next dollar up, plus a penny.
The reason for the rounding is it removes almost all possibility of human error. I helps me think less, and the overpayment is meaningless and gets accounted for in the next bill.
But there is actually another reason for the scheme beyond even that. I custom code the following types of financial transfers by the trailing cents:
*.02 bank transfer
*.03??? (haven’t used in a long time)
*.04??? (also haven’t used in a long time)
At one point I had up to four coded transaction types. I can’t remember what the last two were, but the first two I still use. When I check my bank account balances, I can see and verify what’s going on, at a glance, with a high degree of confidence.
Sure, there’s a 1 in 100 chance that a different type of transaction might end in the same number of cents, but this has happened to me maybe once in all the years I’ve done this. Plus, the odds drop even further once you systematically adjust other transaction types as part of the same scheme.
My Contribution To The Mnemonics State Of The Art?
In my previous post, I talked about some products designed to improve mental speed and memory. As an absolute beginner, I don’t anticipate too many novel insights on my part, but I did discover a few things that didn’t seem to be covered, and might be worth sharing.
(If you aren’t familiar with the subjects in that previous post, the following won’t be very useful to you.)
1.Kevin Trudeau’s Mega Memory teaches the listener how to organize memories so they are easily accessible later. With the methods that are shared, one tends to end up with a lot of different ordered lists. (Ordered lists are a strong motif in the course, but it’s not the only memory application taught.)
For example, one might memorize all the U.S. presidents in order, the periodic table of elements, the human bones, and so on. For a task like that, at least two memory systems were taught. Using the primary system, each element of each list goes onto a “peg”.
You develop various “peg lists”. The peg lists are ordered. Some peg lists might be 10 pegs long. Others might go up to 100, or even more. The pegs are where you place the individual items to remember.
You pick the peg list you feel is best for the ordered list of data to memorize, and then, using specific criteria, go element by element and associate the ordered elements with the ordered pegs, pairwise.
But with even just a few ordered lists, it seemed to me like sometimes one of the challenges is remembering which peg list you used. And furthermore, it seems to me that when you do remember the peg list that you used, and then remember the first peg/item memory that you created, the rest of the list, at that point, gets recalled relatively easily.
Therefore, if the first peg/item association has greater significance, greater effort should go into creating it.
Taking the example of U.S. presidents in order, George Washington will be the first item. As far as the peg list to use, the listener can pick from various peg lists that were taught in Kevin Trudeau’s MegaMemory: the “tree list”, the “body list”, the “house list”, and also a custom list based on the major system.
The best list to use virtually gives itself away in this case. The “tree list” begins: tree, light switch, stool, … (Although that list only has 20 pegs to begin with, the listener is challenged to add more, and in this case will need to create 26 more.)
The “body list” begins: toes, knees, muscle…
(My) “house list” begins: chest, dresser, map…
The major-system list begins: tie, Noah, mow…
The list to use really is a dead giveaway. The “tree list” is absolutely what should be used. George Washington and the cherry tree he felled are part of the national consciousness. There’s even a little bit of scandal and drama, and that makes it even better. His act of chopping it down will be the memory, that, in this case, doesn’t even need to be dreamed up; all the hard work has already been done for us.
Several years later, when you want to randomly recall the list of U.S. Presidents, and you have also memorized hundreds of other lists, I believe it will be very important to remember the peg list that was used, and the first peg/item association. And since a natural and intuitive first peg/item association has been created (more like adopted in this case), that will not be a problem.
Diving a little deeper into cognitive psychology, the instructor talks about how once you mentally get a handle on something related to what you want to remember, it’s like grabbing ahold of a chain that you can start pulling on. So the idea here would be like we are trying to make that first chain link big and easy to find.
If I were daring enough to create terminology for this concept, I would label this first peg/item association the “door association” and/or the “window association”.
In my opinion, it’s tangibly more important than the rest of the associations to come, and so additional care should be given to it.
Finally, perhaps there is also a generalization of this idea, or at least an application for any level of granularity. Going down the presidents list, I realized I could recall the other presidents easily, but for some reason 27 was difficult.
My 27th peg in the tree list is morion, and there was no trouble remembering that. In the presidents list, William H. Taft needed to be associated with it. My visualization was an NFL player in the NFL draft (“Taft”) being selected at the podium in a celebration, and then he kicks a morion into a TV and it goes into the TV programming, which is showing an old-style H-shaped field goal (“H.”), and it bounces around the goal posts and then through the goal posts, and then the morion finally hits another visual representation I have for “William”. The reason 27 was taking longer to recall is because the morion was not immediately active.
Having to wait for the NFL player to hold up a jersey at the podium (to signify this was the NFL draft) was delaying the introduction of the morion, which was the mental peg. When I got to 27, my mind was searching for action involving a morion, but my visualization started with action not involving a morion, and also made it so that the morion’s action was not obviously the most significant action – the draft selection could be viewed as equally significant or even more significant which just creates more “noise” that distracts the mind. (And to make matters even worse, there was almost no memorable connection between the draft selection and the player then kicking a morion into a TV.)
Just a split-second delay, and just an ounce of ambiguity can stall the memory recall, or prevent it altogether. Therefore, applying the “door/window association” principle at this level of granularity would mean etching the mental peg first and foremost within the visualization, and also striving to elevate its significance as much as possible.
2. In general, and certainly in specific situations, spend extra time creating multiple mental linkages.
The custom major-system list taught in Kevin Trudeau’s Mega Memory goes up to 100. Pegs 60-69, as taught, are below:
I don’t think that list is very good, and I’ll elaborate more on this shortly. Furthermore, 60-69 is especially difficult because the words can begin, phonetically, with three different consonant sounds (ch, sh, j). That alone makes this series of 10 pegs more difficult to remember than the other 90 pegs.
It’s worth the effort to improve the list.
Here’s my customized 60-69:
(For me, “china” as in “fine china” is what works best, but for someone else, it could just as easily be uppercase “China”. )
Here’s why I prefer the customized list that I created:
• Much better verbal flow.
“cheetah” verbally flows/rolls to “china” much more naturally/fluidly than “chain”. “cheetah china…” just rolls off the tongue much more naturally than “cheetah chain”, and most people will quickly realize that when trying to memorize about 100 other pegs.
Good verbal flow from “shim” to “shore”.
And so on.
• Much better semantic flow.
The semantic link from “shore” to “shell” is very good.
The semantic link from “shell” to “judge” is vaguely kind of good once you consider the idea of a fraudulent shell corporation.
And so on.
• Also, just better individual pegs.
For example, the mental image of a “sheikh” was bound to look like an abstract Arab, and this would later present a problem when trying to remember why in the world you have a mental picture of an “Arab” in a memorized list you’re going through. On the other hand, a (horse) jockey is a much cleaner, crisper, louder, unambiguous image, unlikely to be confused with anything else.
But on the other hand, “shore” will definitely be confused with “beach” later on, unless you devise a way to disambiguate it. My method for that was to visualize “shore” as very rocky, without sand, without people, and overcast – basically the opposite of a beach postcard teeming with humanity.
Sub-item #1 (better verbal flow) and #2 (better semantic flow) constitute the additional mental linkages that make the updated list superior, in my opinion.