SHORT VERSION:
Create adjectives via major system and use them to add detail to your mental imagery while also packing more information into a single image. I used this to encode a 54-digit binary sequence in one image.
LONG VERSION:
Last night I was playing around with memorizing a binary sequence using the red-black order of a shuffled deck of cards and realized the power of adding encodable adjectives into mental mnemonic imagery.
I’ve been developing a 2-digit PAAO (person action adjective object) list based on the major system and using that I was able to encode an entire deck (including the jokers) of 54 card colors in a single image. I did it by using the format of (Adjective-Person) does (Action) to (Adjective-Person)'s (Adjective-Object) while (Person) does (Action). Sounds crazy, but hear me out.
For binary sequences, first I take 2 sets of 3 binary digits or card colors and convert them to a 2-digit base10 number.
There are only 8 digits (0 through 7) that can be conveyed by a series of 3 binary digits. With a little practice it’s pretty easy to get those locked in so that you can quicky recognize 000 = 0, 001 = 1, 010 = 2, 011 = 3, 100 = 4, 101 = 5, 110 = 6, and 111 = 7.
Once I have the base10 number, I then convert it to major system sound and then combine 2 digits to get a Person or Action or Adjective or Object on my PAAO list. (Sidenote: After a little practice, you can go directly from binary to major sound without the middle step of comverting to base10 first. 010 will just start to trigger N. 101= L. etc. It’s pretty cool.)
Example using card colors: Black-Red-Black = 010 = 2 = N sound. Black-Red-Red = 011 = 3 = M sound. So, 010/011 or B-R-B/B-R-R converts to 23, NM, which in my major system list is NeMo if it’s in a person position in the image sequence, NaMing if it’s in an action position, NuMb if its in an adjective position, or gNoMe if it’s in the object position.
Going through a 54 card deck and adding adjectives to people and objects gives me a ready-made vivid image like (SoRe ZeuS) (RaMMing) (huNKy LoKi)'s (MuSHy JeT) while (JeD KiSSes).
Zeus is holding his sore back as he rams his shoulder against a jet thats blocking his way. The jet is mushy and squashes and sloshes every time it gets rammed. Loki is all oiled up like a hunky body builder and is flexing in the pilot seat. It’s his jet. Standing under the jet Jed Clampett from the beverly hillbillies is blowing kisses at everyone.
Its a detailed image, but its contained in a single snapshot and is pretty easy to translate in the proper order to decode it correctly during recall.
The triple bonus of using adjectives in the encoding process is that it gives the mental images absurd and memorable life, reduces the effort needed to do so, and adds encoded info on top of it all.
I’ve found one of the hardest parts about working with the images generated from a standard PAO is vividly animating them to fill in details. This takes time and brainpower. If you have “ZeuS RaMMing a JeT,” thats only 6 base10 digits (18 binary digits) in one image that you then have to give life to so it sticks, but that extra flavor you add that makes the image memorable doesnt encode more information, and you have to spend time and effort to fill in the detail.
By contrast, “SoRe ZeuS RaMMing huNKy LoKi’s MuSHy JeT while JeD KiSSes” gives you a whopping 18 base10 digits (54 binary digits) in a single scene that’s more detailed and memorable and may actually be easier to construct and visualize than a standard PAO image!
A similar strategy could even be applied to memorizing actual full card values. Instead of the traditional 3 cards per image across 18 images via PAO for a full deck, AP/A/AP/AO+PA gives you 9 cards per image with only 6 images needed for a full deck!
Anybody have any thoughts on this? Do any of you use adjectives like this? Any downsides or negatives to consider with this approach?