M Theory

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I tried to skim it quickly, and the point seems to be that chaos theory shows that determinism does not necessarily imply predictability. I guess non-predictability could be the important prerequisite to free will instead of non-determinism, but I haven’t found any philosophers saying this.
Well, chaos theory doesn’t always say that things are indeterminate though… simply that minor flaws in a system which may not be measureable can count for vast differences in outcome. There’s still determining factors, but they’re hidden.

That being said, I think we actually can only arrive at the conclusion that we live in a partially deterministic world… that we can expect reactions to actions based on natural law as described by physics, and yet at the same time when it comes to HUMAN action we can’t predict the outcome at all because, obviously, humans are not simple subjects to be acted upon. Therein lies free will: we are all agents of change, not objects of reaction.
 
I think you have theory confused with the term “hypothesis” or “concept”
I already explained to brother Omyo earlier the difference between hypothesis and theory. Please reread by post again.
As to gravity, you’re both incorrect. The law of universal gravitation describes the theory of gravity through mathematical terms. Gravity is not theory OR law, it is both.
It is more proper to say that gravity is a UNIVERSAL physical LAW, and there are several THEORIES BASED ON the Law of gravity.

Blessings
 
Therein lies free will: we are all agents of change, not objects of reaction.
I would revise this to say:

We are all agents of change, not MERELY objects of reaction, which is what I think you meant.

Blessings
 
I already explained to brother Omyo earlier the difference between hypothesis and theory. Please reread by post again.
Would that be where you said: “I do believe that hypothesis-theory-law is an hierarchical chain depending on scientific evidence.”? As stated, this hierarchy you support directly contracdicts the hierarchy as quoted by Dr.s Serway and Beichner. I suppose you have a doctorate in physics and are the other of one of the most popular college level physics texts ever… or are you disagreeing just to be contrary?

Or perhaps you are referring to this: “A theory is what you said PLUS the fact that it has obtained SOME measure of scientific validity, but has not yet satisfied the criteria for scientific certainly. A Law is a theory that has satisfied the criteria for scientific certainty.” Which is also incorrect as you don’t seem to understand that a law or laws are the basis for a theory and not the other way around. A theory is an expression of a law or laws, which is/are in term expressed as math.

Since you seem to think that two authoritative sources in the world of physics must be wrong about what a theory and law are, let me highlight a passage from the American Heritage Science Dictionary:
American Heritage Science Dictionary:
Our Living Language : The words *hypothesis, law, *and theory refer to different kinds of statements, or sets of statements, that scientists make about natural phenomena. A *hypothesis *is a proposition that attempts to explain a set of facts in a unified way. It generally forms the basis of experiments designed to establish its plausibility. Simplicity, elegance, and consistency with previously established hypotheses or laws are also major factors in determining the acceptance of a hypothesis. Though a hypothesis can never be proven true (in fact, hypotheses generally leave some facts unexplained), it can sometimes be verified beyond reasonable doubt in the context of a particular theoretical approach. A scientific law is a hypothesis that is assumed to be universally true. A law has good predictive power, allowing a scientist (or engineer) to model a physical system and predict what will happen under various conditions. New hypotheses inconsistent with well-established laws are generally rejected, barring major changes to the approach. An example is the law of conservation of energy, which was firmly established but had to be qualified with the revolutionary advent of quantum mechanics and the uncertainty principle. A theory is a set of statements, including laws and hypotheses, that explains a group of observations or phenomena in terms of those laws and hypotheses. A theory thus accounts for a wider variety of events than a law does. Broad acceptance of a theory comes when it has been tested repeatedly on new data and been used to make accurate predictions. Although a theory generally contains hypotheses that are still open to revision, sometimes it is hard to know where the hypothesis ends and the law or theory begins. Albert Einstein’s theory of relativity, for example, consists of statements that were originally considered to be hypotheses (and daring at that). But all the hypotheses of relativity have now achieved the authority of scientific laws, and Einstein’s theory has supplanted Newton’s laws of motion. In some cases, such as the germ theory of infectious disease, a theory becomes so completely accepted, it stops being referred to as a theory.
(note: emphasis mine)

Please note from this that the entire scientific world defines these terms such that the correct hierarchy is hypothesis → law(s) → theory

We’ll add in: “I do think that the only worthy point in support of your position is the idea that both law and theory can, through available evidence, be proven wrong. Nevertheless, there is a difference between law and theory in this regard. When a theory is proven wrong, the theory is either discarded or revised. In distinction, when a LAW is proven wrong, the LAW remains intact - it is merely that a new law for the new and/or different circumstances that have been discovered is added as a corollary.”

That entire statement is incorrect except for the fact that changes in a theory mean having to postulate a whole new theory. This is because in order for a theory to be wrong there must be a FUNDAMENTAL flaw with it, or that so many of the laws it is based on are proven wrong. The laws which a theory is based on can change without actually having a theory change at all. In fact, many of the theories predating special relativity are still valid, even though the newtonian laws of motion have been supplanted by totally new laws which are more inclusive.

I should also add that your assertion that special relativity can’t be proven is patently false. Every nuclear bomb that has ever gone off is an experiment in special relativity. Also, you should look up solar eclipses and their relation to special relativity and you can see how the whole hypothesis was proven true in the first place.
 
I would revise this to say:

We are all agents of change, not MERELY objects of reaction, which is what I think you meant.

Blessings
I would agree with that as we are subject to physical laws… at least insofar as we choose not to do anything other than newtonian reaction to forces on us. If someone pushes me that is a deterministic event… however, the fact that I can choose whether or not to back peddle or raise my arms to balance myself vice simply being shoved over makes the whole situation indeterministic. When you shove someone, you can have no means of knowing the final result because you can’t know their action they will settle on (if any).
 
There’s this theory where there’s multiple infinite universes, and were in just one. In this infinite universe, the past is happening, future is happening. Marilyn Monroe never died, and Hitler was a saint. I never existed in one, and in another I existed. The ugliest creature exist in one, and the most beautiful exist… In one I could be an athiest prostitute, and another the greatest saint in that universe.

So if all these universes exist where is my soul?? Do you think this is possible?

en.wikipedia.org/wiki/M-theory
Sounds like the season finale for the TV series “Fringe”
 
Would that be where you said: “I do believe that hypothesis-theory-law is an hierarchical chain depending on scientific evidence.”? As stated, this hierarchy you support directly contracdicts the hierarchy as quoted by Dr.s Serway and Beichner. I suppose you have a doctorate in physics and are the other of one of the most popular college level physics texts ever… or are you disagreeing just to be contrary?
I’m not aware of anything in your quotes that contradicts anything I stated, so I am not disagreeing.
Or perhaps you are referring to this: “A theory is what you said PLUS the fact that it has obtained SOME measure of scientific validity, but has not yet satisfied the criteria for scientific certainly. A Law is a theory that has satisfied the criteria for scientific certainty.” Which is also incorrect as you don’t seem to understand that a law or laws are the basis for a theory and not the other way around. A theory is an expression of a law or laws, which is/are in term expressed as math.
The problem with your response here is that it doesn’t address my statement. I was talking about the relationship between hypothesis & theory, not about law & theory. I’ve stated a couple of times already that theories are based on laws, so I don’t know why you feel your statement refutes mine.
Since you seem to think that two authoritative sources in the world of physics must be wrong about what a theory and law are, let me highlight a passage from the American Heritage Science Dictionary:
Nothing here contradicts what I stated either, unless you are misunderstanding me.
Please note from this that the entire scientific world defines these terms such that the correct hierarchy is hypothesis → law(s) → theory
I’ll admit I learned the hypothesis-theory-law hierarchy from my teachers 20 years ago. The hierarchy may have changed, or become more dogmatized in one direction, but I’ll stick to what I learned, and I don’t see it theoretically (no pun intended) contradicting anything you’ve quoted. However, I will readily admit that the contradiction becomes poignant and more apparent when theories that have not been sufficiently proven are considered to have the scientific certaintly of laws, especially in areas that may be of interest in the theological sphere.

More likely, though, it is simply that the hierarchy of hypothesis-theory-law has a different basis than the hierarchy of hypothesis-law-theory. The hypothesis - theory - law hierarchy is premised on the principle of evidence and scientific certainty. Those who adhere to that hierarchy will always look at it in those terms. On the other hand, the hypothesis-law-theory hierarchy is premised on a more philosophical principle - that is, of the manner and extent of epistemological support that one level has for the next.
We’ll add in: “I do think that the only worthy point in support of your position is the idea that both law and theory can, through available evidence, be proven wrong. Nevertheless, there is a difference between law and theory in this regard. When a theory is proven wrong, the theory is either discarded or revised. In distinction, when a LAW is proven wrong, the LAW remains intact - it is merely that a new law for the new and/or different circumstances that have been discovered is added as a corollary.”

That entire statement is incorrect except for the fact that changes in a theory mean having to postulate a whole new theory. This is because in order for a theory to be wrong there must be a FUNDAMENTAL flaw with it, or that so many of the laws it is based on are proven wrong. The laws which a theory is based on can change without actually having a theory change at all. In fact, many of the theories predating special relativity are still valid, even though the newtonian laws of motion have been supplanted by totally new laws which are more inclusive.
I’m not aware of ANY Law in science that has been “proven wrong.” Can give me an example, because your Newtonian example is a poor one. Your example does not prove your point, but rather mine. As stated, scientific laws will ALWAYS remain intact. They do not become “wrong.” It is simply that new circumstances or “proofs” arise that require an EXTENSION of the law, so to speak. The old law does not become discarded for the circumstances where that law is valid. What occurs is that a new law is made that takes into account those special new circumstances (which normally entails new equations and such).

Thus, your statement that “a theory remains intact even if the laws upon which it is based is wrong” is false, because its premise - that a Law can be proven wrong - is false. As I stated, scientific laws do not go wrong. They are simply added to with corollaries or become part of a bigger picture. The ONLY way for a theory to remain intact is if nothing has been found to contradict it YET, NOT that it remains intact despite the laws upon which the theory works having been found to be wrong.
I should also add that your assertion that special relativity can’t be proven is patently false. Every nuclear bomb that has ever gone off is an experiment in special relativity. Also, you should look up solar eclipses and their relation to special relativity and you can see how the whole hypothesis was proven true in the first place.
No. I never stated that the theory of special relativity can’t be proven. I stated that it is rather difficult to prove. Big difference. OF COURSE there have been experiments or events that demonstrate the validity of many facets of the theory. But it simply hasn’t been tested under ALL possible conditions that scientiests have conceived - that is why it remains a theory and has not become a law.

Blessings
 
That being said, I think we actually can only arrive at the conclusion that we live in a partially deterministic world… that we can expect reactions to actions based on natural law as described by physics, and yet at the same time when it comes to HUMAN action we can’t predict the outcome at all because, obviously, humans are not simple subjects to be acted upon.
I’d actually be willing to take it a little further than that… and allow that human actions aren’t the only ones with a fundamentally unpredictable outcome. The semi-classic example being radioactive decay: we can’t predict exactly when any one of the radioactive elements in a rock will decay… the best we can get is a statistical probability of how many will decay in a given time period. In other words, nature as a whole can be fundamentally indeterminate in each particular event, yet still tending towards a certain predictable average overall. – And on a philosophical note, this is neat for two related reasons: first, because it’s in very close agreement with the Aristotelian notion of nature acting for an end, rather than out of absolute necessity… and second, because it would imply that the future will always be fundamentally open to (or even dependent upon) Divine Providence, rather than running like pure clockwork. 👍
 
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