For those of you looking for an update, I've now permanently stored the following data in my memory palace:
- The order of the U.S. Presidents (and some of the vice presidents... still in progress)
- Rudyard Kipling's poem, "If"
- An excerpt from "Hunting Season" by Beau Taplin
- The name and year of every movie to win an Academy Award for Best Picture
- A few debit card numbers (mine, that is)
- The order of a specific deck of playing cards (used for magic tricks)
- All of the locations of the above data relative to my mind palace
If the last bullet point seems a little circular, rest assured that it's not. It IS, however, what I would like to discuss with you today.
(Warning: Meta-Thinking Paragraph Ahead)
You see, having a lot of knowledge and being able to utilize it are two completely different concepts. While having a functional memory palace in which to store specific types of information can be / is incredibly useful, it's only useful insofar as you remember where you put everything. In other words, you can know that you know who the 19th president was, but until you actually go into your palace and pull Rutherford B. Hayes out, you don't actually know who the 19th president was. If someone came up to you and asked what data you've put away in your mind palace, how would you go about answering their question? In short, while it is very easy to know things, soon one discovers that the harder problem is actually to know what you know.
This is one of the main problems with utilizing the memory palace method to permanently store lots of information - no doubt something Sherlock Holmes would have had to deal with fairly early on in his exploits. Rest assured, there is a solution. For the purposes of this post, we're going to refer to it as The Index. Thus far, I have experimented with 2 variations which we'll call web and map indexing.
What is an index?
If you've ever been to a library, you should know the answer to this question. An index is a system of organization, usually taking the form of a list (often alphabetized). How does this apply to us? The short version is this - we're going to make a mind palace containing everything we know, AND where to find it.
The Web:
In experimenting with the web index, I created a small room (think elementary school classroom) and painted the walls all different colors and lined them with bookshelves of different kinds and various decorations so that no two walls were even remotely similar. On the bookshelves, I placed tiny trinkets - things that would remind me of the specific information stored within them - as well as a reminder of the location where the information was stored. (Ex: A picture of President Obama standing in front of my old home would tell me that the U.S. presidents were stored in that home.) I had one trinket for every chunk of information I had logged away. One problem I ran into with this method was that it quickly became difficult to store information, especially literature, on the bookshelf with other similar data. In order to fix this issue, I would recommend creating tiny rooms hidden behind the bookshelves to serve as the set of loci (Latin word for locations) rather than the bookshelf itself. The method functions like a web in that while there are no expressly visualized pathways to your various mind palaces, they ARE connected through your trinkets, making each trinket a vital link to the information you want to remember.
The Map:
The thing about map indexing is that it doesn't actually exist. Sure, I gave a name to the concept, but the essential bit here is that we're just making a bigger mind palace. Rather, we are combining all of our existing mind palaces into one gigantic cobbled together neighborhood of mind palaces. For a more in-depth look at this idea, check out "The Memory Palace of Matteo Ricci" by Johnathan D. Spence. Old-school mnemonists used to use city blocks, or whole cities, as mind palaces, making the amount of information you can store as large as the city in which you stored it. Then, we can rename houses, blocks, or even streets to segment the data you are storing (Ex: The "head trauma" room in the "Emergency Medicine" house on "Science Street"). The tricky thing about this method is that in order to effectively use such a large area, one must be either very familiar with the area or very willing to make up a lot of the missing details on their own. One more difficulty is that even if you use a neighborhood you know well, odds are that you don't know the layouts of all the houses. But really, there's no reason to use those houses, is there? One could simply use the layout of an old neighborhood and plant all of the houses one has known or lived in to create a new neighborhood full of memory storage space.
(Warning: Meta-Thinking Paragraph Ahead)
You see, having a lot of knowledge and being able to utilize it are two completely different concepts. While having a functional memory palace in which to store specific types of information can be / is incredibly useful, it's only useful insofar as you remember where you put everything. In other words, you can know that you know who the 19th president was, but until you actually go into your palace and pull Rutherford B. Hayes out, you don't actually know who the 19th president was. If someone came up to you and asked what data you've put away in your mind palace, how would you go about answering their question? In short, while it is very easy to know things, soon one discovers that the harder problem is actually to know what you know.
This is one of the main problems with utilizing the memory palace method to permanently store lots of information - no doubt something Sherlock Holmes would have had to deal with fairly early on in his exploits. Rest assured, there is a solution. For the purposes of this post, we're going to refer to it as The Index. Thus far, I have experimented with 2 variations which we'll call web and map indexing.
What is an index?
If you've ever been to a library, you should know the answer to this question. An index is a system of organization, usually taking the form of a list (often alphabetized). How does this apply to us? The short version is this - we're going to make a mind palace containing everything we know, AND where to find it.
The Web:
In experimenting with the web index, I created a small room (think elementary school classroom) and painted the walls all different colors and lined them with bookshelves of different kinds and various decorations so that no two walls were even remotely similar. On the bookshelves, I placed tiny trinkets - things that would remind me of the specific information stored within them - as well as a reminder of the location where the information was stored. (Ex: A picture of President Obama standing in front of my old home would tell me that the U.S. presidents were stored in that home.) I had one trinket for every chunk of information I had logged away. One problem I ran into with this method was that it quickly became difficult to store information, especially literature, on the bookshelf with other similar data. In order to fix this issue, I would recommend creating tiny rooms hidden behind the bookshelves to serve as the set of loci (Latin word for locations) rather than the bookshelf itself. The method functions like a web in that while there are no expressly visualized pathways to your various mind palaces, they ARE connected through your trinkets, making each trinket a vital link to the information you want to remember.
The Map:
The thing about map indexing is that it doesn't actually exist. Sure, I gave a name to the concept, but the essential bit here is that we're just making a bigger mind palace. Rather, we are combining all of our existing mind palaces into one gigantic cobbled together neighborhood of mind palaces. For a more in-depth look at this idea, check out "The Memory Palace of Matteo Ricci" by Johnathan D. Spence. Old-school mnemonists used to use city blocks, or whole cities, as mind palaces, making the amount of information you can store as large as the city in which you stored it. Then, we can rename houses, blocks, or even streets to segment the data you are storing (Ex: The "head trauma" room in the "Emergency Medicine" house on "Science Street"). The tricky thing about this method is that in order to effectively use such a large area, one must be either very familiar with the area or very willing to make up a lot of the missing details on their own. One more difficulty is that even if you use a neighborhood you know well, odds are that you don't know the layouts of all the houses. But really, there's no reason to use those houses, is there? One could simply use the layout of an old neighborhood and plant all of the houses one has known or lived in to create a new neighborhood full of memory storage space.
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