My goal:
1. Identify Principles
2. Act with Intention
3. Act consistently
Notes:
Intention denotes deciding the course of action and why, and being prepared to accept the results aka take responsibility for the action.
Wednesday, June 13, 2007
Some Random Thoughts on States of Mind
State of mind is so important to our lives. It influences how we feel, controls how our thoughts flit from one thing to the next, and lets us communicate with others. On a larger scale it determines our friends and either sparks inspiration when shared with others or blank stares when not shared.
By state of mind I mean the thoughts and ideas that are active in the brain at any given time. It is what comes to mind when someone says "filthy rich". It is the feeling you get when you smell fresh cut grass. It is the thing shared when two people say the same exact thing at the same exact moment, "jinx!".
Thoughts are stored as vast interconnected sets of neurons that represent the state of any number of faculties of the brain. State of mind is the set of active thoughts. Thoughts are made active through sensory input or by the processing of currently active thoughts. When you see an apple or read about a celebrity the low level machinery of the mind awakens the thoughts that were formed when initially exposed to those ideas. When you naturally wonder, "what ever happened to Harrison Ford?", this is accomplished by following connections to other thoughts which in turn are awakened and replace others.
Thus our state of mind is constantly changing, continuously adapting to our environment and to our own previous state of mind.
Many of our abilities rely on "going back" or awakening previous states of mind. For example to imagine what your family looks like you "recall" or make active the set of thoughts that represent. You were able to do this because you read the words "imagine your family" which when processed by your visual and language centers awoke the thoughts that were connected to the final ones that represented this state of mind.
A similar store of thoughts and connections are what allow us to communicate. It lets us empathize with others, feel a sense of unity and purpose, and influences whole societies through notions of guilt, shame, and honor. When we share experiences we share similar sets of thoughts and connections.
State of mind is so important to our lives. It influences how we feel, controls how our thoughts flit from one thing to the next, and lets us communicate with others. On a larger scale it determines our friends and either sparks inspiration when shared with others or blank stares when not shared.
By state of mind I mean the thoughts and ideas that are active in the brain at any given time. It is what comes to mind when someone says "filthy rich". It is the feeling you get when you smell fresh cut grass. It is the thing shared when two people say the same exact thing at the same exact moment, "jinx!".
Thoughts are stored as vast interconnected sets of neurons that represent the state of any number of faculties of the brain. State of mind is the set of active thoughts. Thoughts are made active through sensory input or by the processing of currently active thoughts. When you see an apple or read about a celebrity the low level machinery of the mind awakens the thoughts that were formed when initially exposed to those ideas. When you naturally wonder, "what ever happened to Harrison Ford?", this is accomplished by following connections to other thoughts which in turn are awakened and replace others.
Thus our state of mind is constantly changing, continuously adapting to our environment and to our own previous state of mind.
Many of our abilities rely on "going back" or awakening previous states of mind. For example to imagine what your family looks like you "recall" or make active the set of thoughts that represent. You were able to do this because you read the words "imagine your family" which when processed by your visual and language centers awoke the thoughts that were connected to the final ones that represented this state of mind.
A similar store of thoughts and connections are what allow us to communicate. It lets us empathize with others, feel a sense of unity and purpose, and influences whole societies through notions of guilt, shame, and honor. When we share experiences we share similar sets of thoughts and connections.
Saturday, April 21, 2007
Some Random Thoughts on Efficiency
Efficiency in regards to the work of multiple Persons
key ideas:
1 person is the optimal efficiency given sufficient technology.
you pay for a reduction in time with a loss of efficiency
what is possible is limited by the number and quality of people, resources, and time.
people create technology. it comes from nothing. it seems to violate the equivalence principle.
the end point or maximum of efficiency is to possess infinite technology which allows 1 person to instantly accomplish anything using only thought.
what is possible is limited by our creativity. our ability to think to dream up would could be and how it could be done. the packaging of this to allow others to have this process without themselves understanding it is technology.
the full utilization of imperfect technology can only be obtained by those who understand it due to leaky abstractions. it can only be utilized to the extent that the abstraction holds true, and the implementation details do not leak out to the user.
From Descartes (Discourse on the Method)
Efficiency in regards to the work of multiple Persons
key ideas:
1 person is the optimal efficiency given sufficient technology.
you pay for a reduction in time with a loss of efficiency
what is possible is limited by the number and quality of people, resources, and time.
people create technology. it comes from nothing. it seems to violate the equivalence principle.
the end point or maximum of efficiency is to possess infinite technology which allows 1 person to instantly accomplish anything using only thought.
what is possible is limited by our creativity. our ability to think to dream up would could be and how it could be done. the packaging of this to allow others to have this process without themselves understanding it is technology.
the full utilization of imperfect technology can only be obtained by those who understand it due to leaky abstractions. it can only be utilized to the extent that the abstraction holds true, and the implementation details do not leak out to the user.
From Descartes (Discourse on the Method)
Of these one of the very first that occurred to me
was, that there is seldom so much perfection in works composed of many
separate parts, upon which different hands had been employed, as in those
completed by a single master.
Saturday, March 31, 2007
Some thoughts:
what is the smallest atomic definitions for an intelligence?
What are the lowest forms or least abstract forms of data?
What are the most specific forms of data?
These all seem like different ways of asking what are the basic rules that could be built upon to create intelligence. The ultimate goal of artificial intelligence is learning. I think this definition works well because as a program can learn beyond the original intent/ability of its author lies the true nature of intelligence.
Something that is intelligently designed works well and can often be used for purposes beyond its initial intent. Maybe this is just lucky.
It seems like the most concrete thing in any computer program is a binary instruction. An opcode. This is the only thing the computer can do without having to translate. Sort of like a neuron firing in a brain. It can do it or not. Binary, like the universe. There are a few different things a program can do, depending on the hardware. But the opcodes seem to be the ultimate atomic unit.
What is the next step up? Really the sky is the limit since any modern cpu is really a touring complete computational machine. So maybe the question as stated is not very useful. How about what would a simple yet powerful next step up be?
Things like math and reading come to mind. But do we as humans break things like math and language down into smaller commands before they get down to the opcodes of reality? Is there a difference between math and language?
What is the most fundamental definition of language? What are the basic operators of language?
Same for math (see philosophy of mathematics and foundation of mathematics).. of these seems like First Order Logic (FOL) and set theory are the most promising although at first glance they seem to suffer from the same problem of any self referencing system.
See: Synopsis: Wittgenstein's Logic of Language [http://www.roangelo.net/logwitt/logwitt1.html]
See: Bound versus Free variables in context of FOL, lambda calculus
what is the smallest atomic definitions for an intelligence?
What are the lowest forms or least abstract forms of data?
What are the most specific forms of data?
These all seem like different ways of asking what are the basic rules that could be built upon to create intelligence. The ultimate goal of artificial intelligence is learning. I think this definition works well because as a program can learn beyond the original intent/ability of its author lies the true nature of intelligence.
Something that is intelligently designed works well and can often be used for purposes beyond its initial intent. Maybe this is just lucky.
It seems like the most concrete thing in any computer program is a binary instruction. An opcode. This is the only thing the computer can do without having to translate. Sort of like a neuron firing in a brain. It can do it or not. Binary, like the universe. There are a few different things a program can do, depending on the hardware. But the opcodes seem to be the ultimate atomic unit.
What is the next step up? Really the sky is the limit since any modern cpu is really a touring complete computational machine. So maybe the question as stated is not very useful. How about what would a simple yet powerful next step up be?
Things like math and reading come to mind. But do we as humans break things like math and language down into smaller commands before they get down to the opcodes of reality? Is there a difference between math and language?
What is the most fundamental definition of language? What are the basic operators of language?
Same for math (see philosophy of mathematics and foundation of mathematics).. of these seems like First Order Logic (FOL) and set theory are the most promising although at first glance they seem to suffer from the same problem of any self referencing system.
See: Synopsis: Wittgenstein's Logic of Language [http://www.roangelo.net/logwitt/logwitt1.html]
See: Bound versus Free variables in context of FOL, lambda calculus
Wednesday, January 10, 2007
How do you add value?
Adding value is about giving someone something they do not have and cannot easily acquire without you.
In the economic sense, our society functions due to specialization, technology, and trade [1].
Specialization allows people to spend their time doing what they are best at. Technology allows one to accomplish much more than they would normally. It does this by allowing one person to bottle up their knowledge into a package and give that package to another person to enable them to do that which they would have no idea how to do themselves. Trade allows people to get the things they require by doing what they do best. This is greatly facilitated by currencies, so you can specialize in cows and still buy a carrot without having to sell an entire cow.
I think the key is not to just find and solve problems, many people can do this. Its finding and solving a special kind of problem. The kind of problem that many people have, and are willing to pay to fix (or not have).
What kinds of problems are people willing to pay to fix? One is the kind they encounter frequently. The more we run into something the more it annoys us. Sometimes we become so accustomed to common problems we don't even realize they exist anymore. This can be seen in software packages where little quirks become standards and are "just the way it works".
If solving this everyday problem makes one's life more convenient and it is affordable, then many people will pay for this solution. For example, if you find a simple way that allows people to clean their house or prepare their meals in half the time it currently takes, you would likely have a valuable solution [2].
Another type of problem people pay to fix is one that effects a major aspect of their life. It may not be encountered all that often but when it does, it really hurts (or annoys). Insurance is a good example of this kind of problem. Having a heart attack can cost you upwards of $50,000 here in the US. Having health insurance allows you to handle this problem in a reasonable way.
A third type of solution people are willing to pay for is one that enables them to accomplish more with the same or less resources. The automobile is a good example of this. Time to travel was cut dramatically and opened up many opportunities that simply never existed before. Robotic vacuums, motors, and computers are also excellent archetypes. Most solutions of this kind involve technology, but sometimes are just a different way of doing things.
How do you add value? Solve peoples problems, and optionally provide them with the means to replicate it again and again.
[1] See Adam Smith's Wealth of Nations. This is a very long, but good read. It can be read a chapter or two at a time and is very useful in carefully laying out what I believe to be a very accurate picture of how society actually works.
[2] If you have this solution and it is available for around $19.99 / month please let me know so I can sign up.
Adding value is about giving someone something they do not have and cannot easily acquire without you.
In the economic sense, our society functions due to specialization, technology, and trade [1].
Specialization allows people to spend their time doing what they are best at. Technology allows one to accomplish much more than they would normally. It does this by allowing one person to bottle up their knowledge into a package and give that package to another person to enable them to do that which they would have no idea how to do themselves. Trade allows people to get the things they require by doing what they do best. This is greatly facilitated by currencies, so you can specialize in cows and still buy a carrot without having to sell an entire cow.
I think the key is not to just find and solve problems, many people can do this. Its finding and solving a special kind of problem. The kind of problem that many people have, and are willing to pay to fix (or not have).
What kinds of problems are people willing to pay to fix? One is the kind they encounter frequently. The more we run into something the more it annoys us. Sometimes we become so accustomed to common problems we don't even realize they exist anymore. This can be seen in software packages where little quirks become standards and are "just the way it works".
If solving this everyday problem makes one's life more convenient and it is affordable, then many people will pay for this solution. For example, if you find a simple way that allows people to clean their house or prepare their meals in half the time it currently takes, you would likely have a valuable solution [2].
Another type of problem people pay to fix is one that effects a major aspect of their life. It may not be encountered all that often but when it does, it really hurts (or annoys). Insurance is a good example of this kind of problem. Having a heart attack can cost you upwards of $50,000 here in the US. Having health insurance allows you to handle this problem in a reasonable way.
A third type of solution people are willing to pay for is one that enables them to accomplish more with the same or less resources. The automobile is a good example of this. Time to travel was cut dramatically and opened up many opportunities that simply never existed before. Robotic vacuums, motors, and computers are also excellent archetypes. Most solutions of this kind involve technology, but sometimes are just a different way of doing things.
How do you add value? Solve peoples problems, and optionally provide them with the means to replicate it again and again.
[1] See Adam Smith's Wealth of Nations. This is a very long, but good read. It can be read a chapter or two at a time and is very useful in carefully laying out what I believe to be a very accurate picture of how society actually works.
[2] If you have this solution and it is available for around $19.99 / month please let me know so I can sign up.
Subscribe to:
Posts (Atom)
