What is Science?
What is science? I do not mean just the dictionary definition, though perhaps we need to start with something commonly accepted like that in order to understand more fully what science is.
(This came up in the discussion of "Ego Depletion." My comments here were too long and involved for that. So, I offer this as a new topic.)
A few years ago, before going under the knife at a university research and teaching hospital, I signed an agreement that I understood that medicine is an art, not a science, and that outcomes are not predictable. Maybe that is why the German word for medical doctor is "der Arzt." But medical practice certainly depends on science, does it not? And they do have medical research, which we hope is practiced as a science, rather than an art like ballet or ceramics.
(Granted that art has a lot of science in it: chemistry of pigments, physics of firing, anatomy, botany... it is all there if you care to know. Does "the science of painting" make sense?)
In this discussion, blarman, WilliamShipley, and lucky differentiated engineering from science. We commonly accept the generalization that scientists discover basic laws; and engineers apply those to the creation of new products; and technicians maintain those creations. That is how things are today. History provides a different model.
The steam engine came before thermodynamics. The telegraph and telephone antedated Maxwell's Equations. Luther Burbank died 20 years before DNA was announced. Similarly, William Smith, who predicted and found the presence of coal by the fossil record of England, died 20 years before The Origin of Species (-- http://necessaryfacts.blogspot.com/20....
Inventions are largely the improvements of technicians, not the direct applications of theories to new practices.
Computer science may not yet be a science, but the summary work we are doing now will be generalized into new theoretical models.
In William Gibson's "Bridge Trilogy" set in the immediate future, some of the viewpoint characters are artists in a beach house, majoring in Media Science at UC Berkeley. It is not a science yet...
But, what, then is a science?
I look at the practice. If a pursuit consciously chooses the scientific method, then it is a science.
We all know the basic Scientific Method:
1. Observe some aspect of the universe.
2. Invent a tentative description, called a hypothesis, that is consistent with what you have observed.
3. Use the hypothesis to make predictions.
4. Test those predictions by experiments or further observations and modify the hypothesis in the light of your results.
5. Repeat steps 3 and 4 until there are no discrepancies between theory and experiment and/or observation.
http://physics.ucr.edu/~wudka/Physics...
Norman Edmund (1916-2012), founder of Edmund Scientific - and who has not been a customer? - taught a 14-step process.
http://www.scientificmethod.com/index...
Steps or Stages of the Scientific Method
1. Curious Observation
2. Is There a Problem?
3. Goals & Planning
4. Search, Explore, & Gather the Evidence
5. Generate Creative & Logical Alternative Solutions
6. Evaluate the Evidence
7. Make the Educated Guess (Hypothesis)
8. Challenge the Hypothesis
9. Reach a Conclusion
10. Suspend Judgment
11.Take Action
Supporting Ingredients
12. Creative, Non-Logical, Logical & Technical Methods
13. Procedural Principals & Theories
14. Attributes & Thinking Skills
http://www.scientificmethod.com/index...
The way I learned it - five steps, seven, or more - publishing your findings is always the last step. That can mean just recording this in your notebook, if the results are intermediary. But in any case, you must finalize the process by making it possible for others to replicate the work.
That was perhaps the essential truth that separated chemistry from alchemy in Robert Boyle's Sceptical Chymist (1661). Boyle argued for open disclosure of means and methods. That openness - your own open mind open to the minds of others - may be the sine qua non of science. It also speaks to the tension of science in the context of national security. That is nothing new. Projective geometry was held as a French military secret. Can anything secret be a science?
(This came up in the discussion of "Ego Depletion." My comments here were too long and involved for that. So, I offer this as a new topic.)
A few years ago, before going under the knife at a university research and teaching hospital, I signed an agreement that I understood that medicine is an art, not a science, and that outcomes are not predictable. Maybe that is why the German word for medical doctor is "der Arzt." But medical practice certainly depends on science, does it not? And they do have medical research, which we hope is practiced as a science, rather than an art like ballet or ceramics.
(Granted that art has a lot of science in it: chemistry of pigments, physics of firing, anatomy, botany... it is all there if you care to know. Does "the science of painting" make sense?)
In this discussion, blarman, WilliamShipley, and lucky differentiated engineering from science. We commonly accept the generalization that scientists discover basic laws; and engineers apply those to the creation of new products; and technicians maintain those creations. That is how things are today. History provides a different model.
The steam engine came before thermodynamics. The telegraph and telephone antedated Maxwell's Equations. Luther Burbank died 20 years before DNA was announced. Similarly, William Smith, who predicted and found the presence of coal by the fossil record of England, died 20 years before The Origin of Species (-- http://necessaryfacts.blogspot.com/20....
Inventions are largely the improvements of technicians, not the direct applications of theories to new practices.
Computer science may not yet be a science, but the summary work we are doing now will be generalized into new theoretical models.
In William Gibson's "Bridge Trilogy" set in the immediate future, some of the viewpoint characters are artists in a beach house, majoring in Media Science at UC Berkeley. It is not a science yet...
But, what, then is a science?
I look at the practice. If a pursuit consciously chooses the scientific method, then it is a science.
We all know the basic Scientific Method:
1. Observe some aspect of the universe.
2. Invent a tentative description, called a hypothesis, that is consistent with what you have observed.
3. Use the hypothesis to make predictions.
4. Test those predictions by experiments or further observations and modify the hypothesis in the light of your results.
5. Repeat steps 3 and 4 until there are no discrepancies between theory and experiment and/or observation.
http://physics.ucr.edu/~wudka/Physics...
Norman Edmund (1916-2012), founder of Edmund Scientific - and who has not been a customer? - taught a 14-step process.
http://www.scientificmethod.com/index...
Steps or Stages of the Scientific Method
1. Curious Observation
2. Is There a Problem?
3. Goals & Planning
4. Search, Explore, & Gather the Evidence
5. Generate Creative & Logical Alternative Solutions
6. Evaluate the Evidence
7. Make the Educated Guess (Hypothesis)
8. Challenge the Hypothesis
9. Reach a Conclusion
10. Suspend Judgment
11.Take Action
Supporting Ingredients
12. Creative, Non-Logical, Logical & Technical Methods
13. Procedural Principals & Theories
14. Attributes & Thinking Skills
http://www.scientificmethod.com/index...
The way I learned it - five steps, seven, or more - publishing your findings is always the last step. That can mean just recording this in your notebook, if the results are intermediary. But in any case, you must finalize the process by making it possible for others to replicate the work.
That was perhaps the essential truth that separated chemistry from alchemy in Robert Boyle's Sceptical Chymist (1661). Boyle argued for open disclosure of means and methods. That openness - your own open mind open to the minds of others - may be the sine qua non of science. It also speaks to the tension of science in the context of national security. That is nothing new. Projective geometry was held as a French military secret. Can anything secret be a science?
Previous comments... You are currently on page 2.
Freudian psychology has the same power: Id-Ego-Super Ego… Oedipus Complex, Electra Complex… suppression, repression, neurosis,… avoidance complex… Lots of explanations…
Moreover, modern astrologers acknowledge astronomy as the science in support of their art. For good astrology, you need good measurements.
That speaks to the pragmatist fallacy of measuring without a conceptual basis.
At what step in the Scientific Method would you add
"Form a concept."
or
"Abstract a concept from the relevant percepts."
or
"Differentiate the essential distinguishing characteristic and integrate it to a relevant, established truth."
You might as well insist on subject-verb agreement, because like good grammar, thinking conceptually is fundamental to any rational and productive endeavor.
Myself, I believe that you cannot rationally argue someone out of an opinion that they were not rationally argued into in the first place. (I think that Heinlein said that.) I believe in "sense of life Objectivism." In other words, the works of Ayn Rand "resonate" with some people - 24 million or more, apparently - and many of them pursue philosophy deeper and more formally. Most people, especially adults, only accept what they agree with already and fail to integrate the rest.
My perception is that those with the best understanding came to the philosophy of Objectivism as teens or young adults.
As for the others, I try to look for agreements. I understand "the universe playing fair" as a sense of life statement. You certainly would have a lot more to say (or maybe nothing at all) to someone who claimed that science is hard work because the universe perniciously hides the truth from us and it is just our rotten luck that most of it is unknowable "dark matter."
In fact, an objective political science suggests solutions. As you can see here, though, many deny the validity of political science, which makes it hard to achieve progress in that area. My favorite example was Commander Denniston of Bletchley Park who believed the German ciphers to be unbreakable. Hard to achieve success with that assumption…
(I do not know why, but our society has a folkway or maybe a taboo against speaking about someone in the third person while they are present. Because I do not know why, I tend to do it more often than most other people around me.)
(And I really do believe that Dr. Peikoff has better things to do with his time. It was a quip, actually a doff of the hat.)
Meanwhile, we want to convert the whole world by getting them to watch a movie.
Ethics as invention versus discovery is a false alternative. The science of ethics isn't an arbitrary invention, it is based on the nature of man and his requirements to live. Those requirements must be discovered, but ethical principles as such are not discovered as intrinsic to reality. Ethics is the objective formulation of principles required to live based on the facts of our nature. As always, the objective is distinguished from both the intrinsic and the subjective. Principles are identifications of facts of reality as formulated in our specific form of conceptual consciousness.
Logical Positivism was a result of Hume's anti-conceptual Empiricism and has a lot in common with Pragmatism. It's not a faulty kind of Objectivism. It isn't anything like Objectivism, which has radically different basic positions on the basic questions of philosophy. Perhaps your sympathy with Logical Positivism and the idea of science as "method" stem from being influenced by the Positivists more than you think. See Leonard Peikoffs lectures on the British empiricists, Kant, Pragmatism and Logical Positivism the second part of his history of philosophy series.
We haven't been discussing the ethics of the Pragmatists and Analysts in this thread, it's about the epistemological nature of science. But the anti-conceptual nature of Pragmatism, Positivism and the varieties and emphasis in Operationism and Popper in the philosophy of science and in the name of science are very destructive of the ability to have knowledge of the world and provide a very bad philosophy of science.
We do know what gravity is. It is an attractive force between masses dependent on the amount of the masses and the distance between them, all in the usual form. And you all kinds of instances of it from the Cavendish experiment to apples falling from trees to what happens when you stand on your bathroom scale to the solar system. That we don't know how it works in more detail by what mechanism, or more about mass, does not mean that we don't know what gravity is. Knowing something is not and does not require omniscience. You know what you know. Not knowing more or knowing everything does not mean that you don't know anything.
Newton not liking 'action at a distance' means that he didn't like not knowing or being able to account for what happens throughout the distance or what may be happening at some other distance somewhere else where there is no mass. But that something happens and the force acts on each mass at the distance is a fact. It's not good to not like facts qua facts.
The mathematical gravitational field is a higher level abstraction in our hierarchy of knowledge. (Refer to Chapter 3 on "Abstractions from Abstractions" in IOE for an elementary explanation of levels of abstraction.) It isn't a floating abstraction, it's related to other concepts, integrated within a theory.
You know the relations between gravitational field, gravitational force, and gravitational acceleration, all of which require other concepts to relate them, such as mass, velocity, distance, time, derivatives and gradients. It requires both concepts of mathematical method and concepts of things. (Refer to Chapter 4 on "Concepts of Consciousness" in IOE.)
It isn't a physical entity, like a chicken that you can't see directly. And it isn't like a flow field in the Euler or Navier Stokes equations for a fluid that refers to velocities of regions of matter. As a higher level of abstraction it allows you to identify what the gravitational force would be anywhere on another mass if it were there.
Understanding it depends on a great deal of prior knowledge, ultimately based on perceptions at the base of all your knowledge, but not a perception of the gravitational field as such: It is a theoretical entity whose existence is inferred through conceptual knowledge of other observations. Objective abstractions must not be reified into 'things' intrinsic to existence, as if they were all some kinds of chickens, but neither are they subjective fantasies. They are our objective means of knowing reality through a complex abstract hierarchy of concepts, provided that the concepts and theories are objectively formulated in accordance with reality.
That is how you know what a gravitational field is. That you don't know more about it, and don't know of something like a hidden chicken to which it refers, or some kind of blob with no identity but characteristics and behaviors tied to it, does not mean that you don't anything about it or don't know what it is, i.e., what the concept means. We understand physics through abstract concepts mathematically formulated. Understanding of more complex phenomena is indirect, through higher levels of abstractions: Again, that is our means of objective conceptual awareness of the universe through abstraction when done by valid means.
The same goes for Einstein's theory of gravity except that it is far more complex than simple Newtonian physics. Space-time represented mathematically as 4 dimensions relates spacial dimensions with time in the form of the distance traveled by light in the time. The 4 dimensions are mathematically independent, not 4 directions in a reified 4D universe somehow extending 3D space.
Space is itself an abstraction as a relation between entities, not a 'thing' as Newton thought of it as big container. Time refers to a periodic measure of change, also an abstraction. If human beings disappeared -- if there were human no consciousnesses to think of space and time, the facts of entities and change (like the vibrations in an atomic clock) that give rise to our concepts would still exist, but not the concepts of space and time.
The concepts are our means of understanding the universe conceptually in a relation between existence and consciousness, not things intrinsic to existence (like Aristotle's version of Platonic forms), but also not subjective figments of imagination trapped in a consciousness unrelated to existence. Don't reify space-time.
Einstein's equations of general relativity are the form of the mathematics relating space, time, and mass through the mathematical concept of curvature -- "curvature" in the form of a higher level of abstraction generalized to 4 independent mathematical dimensions, not a simple attribute of an object having a curved surface.
The mathematics is similar to the differential geometry used to describe a curved surface like the earth or the Navier equations for an elastic shell, but the mathematical generalization does not refer to a simple object or a Newtonian 4D container reifying the abstractions. It refers through the chain of abstractions built on abstractions in the conceptual hierarchy to something about the universe, but it does not mean that space and time are an object, let alone a 4 dimensional object, that is physically curved like a chicken. Mathematics is a science of method. The mathematics of differential geometry is used because it allows for relating measurements in space and time in a certain mathematical form providing conceptual economy of thought. Don't reify abstractions.
You can say that "space-time has curvature" (if Einstein's theory is correct), but you have to know what that means at the appropriate level of abstraction and not reify it into giant 4 dimensional warped chicken.
actually mean is a process of looking from different
points-of-view in your conversations to learn more
precisely what you really mean. . further, reading
between the lines gives another context. . example:::
I have come to think of you as a mature male, someone
who has a dual background in philosophy and science,
someone who probably grew up in one of the northern
States and who has spent lots of time alone. . this
estimation lets me look at what you say from the point-
of-view which you might have when saying it. -- j
.
Trying to equate science with "falsifiability" and "testable" does not explain conceptual knowledge and adds nothing. Conceptual knowledge already has principles of objectivity and of truth as correspondence with reality based on observation. But Popper is worse than that because it is itself anti-conceptual and a form of philosophical skepticism as a result.
All the words have meaning. Using a bunch of them talking around something doesn't say what it is.
What does systematically calculating and estimating potentially significant stresses to see what is important have to do with "triangulation", and what does that have to do with lots of words in Galt's speech to "home in" on a "real" meaning as if it were something else? Ayn Rand wrote what it really means.
"The universe playing fair" makes no sense no matter how you try to stretch it.
Principles that apply to different entities in different places when they are the same kind of entity. If some planet somewhere else behaved differently it would be because it is a different kind of entity. That is no great mystery and does not require an "assumption" of a "cosmological principle".
Concepts do not bear an only "useful" and "so far" "consistent relationship to reality". Valid concepts are based on reality and are our way of grasping it through our hierarchy of knowledge.
As for your personal suspects about me: no.
I do not have a lot of moral problems with logical positivists or pragmatists. If you know what positivism is, then you must appreciate that logical positivism was an attempt to bring together again the rational and the empirical. Logical positivism is just a faulty kind of objectivism. Similarly, physicist Alan Sokal has been doing yeoman's service in asserting science over post-modernist "fashionable nonsense." Sokal calls himself a political leftist; he does not like being called a Marxist. You can disparage his politics. You and I would agree that if he believes what he writes about science, then he is harboring severe contradictions relative to this political philosophy. But that's his problem. His defenses of science are still cogent.
(I don't know who you pissed off with that ideological summary, but I put your Zero back to One.)
Load more comments...