A Note About Science
Lest any of you begin to think that this blog has anything at all to do with Science, I feel I should note my beliefs on Science...what it is, why it is so popular, why it is not truly useful (even though it appears to be).
What Science is: The predominant religion of our day.
Why Science is popular: Science requires no commitment of belief, no leap of faith. As such, a person who believes in Science is not required to give up his or her belief in any other faith. Furthermore, Science appears to rely on logic, and therefore presents answers to difficult questions in a manner that makes those answers difficult to disprove. People like to believe themselves to be "reasonable." Science touts reason as the basis of its "method."
Why Science is useless: Because the foundation of Science is the Scientific Method. The first step in the Scientific Method is to create a hypothesis--an educated guess. The following steps are designed to then prove the validity of that hypothesis. If the hypothesis is disproven, then a new hypothesis is generated based on the new information gained by means of that disproof. Sounds great, right? We have another name for this method: Trial and Error. This is not Deductive Logic, but Inductive Logic...imagined reasoning. In fact, the more closely one examines the Scientific Method, the more obvious it becomes that a different approach would yeild faster and more accurate results.
As I am the one saying that a different approach is needed, it follows that I should present an alternative. Here it is, the Logical Method:
Step 1: Identify the Problem. If you don't have a problem, you don't need a solution. Stated a little more colloquially, "If'n it ain't broke, don't fix it."
Step 2: Identify the Constants. In any given Problem, certain things can be held as Constant. In other words, we can assume that certain things are true based on past proof or direct observation.
Step 3: Identify the Variables. Whatever has not been previously proven or cannot be assumed Constant for one reason or another is a Variable.
Step 4: Isolate the Variables. This is the step in which we break down a large Problem into several smaller Problems. Each Variable must be isolated in order to establish the rules that govern that Variable.
Step 5: Reconcile the Variables. Once the rules governing a Variable have been established (proven), that Variable becomes a Constant in the larger Problem. When all Variables have been eliminated in this fashion, the Problem has become a collection of Constants--a cohesive Theory, very likely a Law. Some problems may reach satisfactory Solution without total reconciliation, and thus generate only Theory. Only when all the Variables have been totally reconciled can a Problem generate a Law.
That, my friends, is Deductive Logic. Scientists waste too much time guessing, often making guesses at "problems" that NEED no solutions or creating "theories" that can never be proven as "laws."
What Science is: The predominant religion of our day.
Why Science is popular: Science requires no commitment of belief, no leap of faith. As such, a person who believes in Science is not required to give up his or her belief in any other faith. Furthermore, Science appears to rely on logic, and therefore presents answers to difficult questions in a manner that makes those answers difficult to disprove. People like to believe themselves to be "reasonable." Science touts reason as the basis of its "method."
Why Science is useless: Because the foundation of Science is the Scientific Method. The first step in the Scientific Method is to create a hypothesis--an educated guess. The following steps are designed to then prove the validity of that hypothesis. If the hypothesis is disproven, then a new hypothesis is generated based on the new information gained by means of that disproof. Sounds great, right? We have another name for this method: Trial and Error. This is not Deductive Logic, but Inductive Logic...imagined reasoning. In fact, the more closely one examines the Scientific Method, the more obvious it becomes that a different approach would yeild faster and more accurate results.
As I am the one saying that a different approach is needed, it follows that I should present an alternative. Here it is, the Logical Method:
Step 1: Identify the Problem. If you don't have a problem, you don't need a solution. Stated a little more colloquially, "If'n it ain't broke, don't fix it."
Step 2: Identify the Constants. In any given Problem, certain things can be held as Constant. In other words, we can assume that certain things are true based on past proof or direct observation.
Step 3: Identify the Variables. Whatever has not been previously proven or cannot be assumed Constant for one reason or another is a Variable.
Step 4: Isolate the Variables. This is the step in which we break down a large Problem into several smaller Problems. Each Variable must be isolated in order to establish the rules that govern that Variable.
Step 5: Reconcile the Variables. Once the rules governing a Variable have been established (proven), that Variable becomes a Constant in the larger Problem. When all Variables have been eliminated in this fashion, the Problem has become a collection of Constants--a cohesive Theory, very likely a Law. Some problems may reach satisfactory Solution without total reconciliation, and thus generate only Theory. Only when all the Variables have been totally reconciled can a Problem generate a Law.
That, my friends, is Deductive Logic. Scientists waste too much time guessing, often making guesses at "problems" that NEED no solutions or creating "theories" that can never be proven as "laws."
