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Absolutely false, ideas are never solidified as facts within the scientific community aside from laws, but even those can be deemed obsolete. Science is self correcting, this means that if a theory is shown to be false via scientific experimentation and can be reliably reproduced by others, it will either be tweaked to fit the new evidence or dismissed completely. Science discards ideas that just don't work. The simple process of keeping ideas that work and discarding ideas that don't work has built an amazing edifice of knowledge.Once a theory is embraced, its ideas become solidified as facts within the scientific community.
If it did, we wouldn't be where we are today. If we blindly accepted ideas as fact, science would have been finished a long time ago.Scientific findings don't always conclude things with a 100% proof.
Wrong again. Theories have to be practical so they can stand up against rigorous experimentation. Instead of thinking they describe "unproven things" think of them as something that are yet to be disproven. It if were disproven, it would no longer be a theory. Theories are not the "speculation of a single idea". Theories are a collection of concepts, including abstractions of observable phenomena expressed as quantifiable properties, together with rules (called scientific laws) that express relationships between observations of such concepts. You have to start somewhere when trying to figure out the inner workings of the universe, which means we must make assumptions. It's all part of the scientific method. Tell me, can you think of a better way to acquire new knowledge than this?Theory usually refers to the non-practical aspect of work, unproven things, and speculation of a single idea.
PART 1 Observation through Hypothesis
1. Curious Observation
2. Is There a Problem?
3. Goals and Planning
4. Search, Explore, & Gather the Evidence
5. Generate Creative & Logical Alternatives
6. Evaluate the Evidence
7. Make the Educated Guess
Part II Challenge through Suspend Judgment
8. Challenge the Hypothesis
9. Reach a Conclusion
10. Suspend Judgment
Part III Implementation or Peer Review
11. Take Action
Supporting Ingredients
Part IV Action or Applied Ingredients
12. Creative, Non-logical, Logical & Technical Methods
13. Procedural Principles & Theories
14. Attributes & Thinking Skills
Science does not yield "true definite facts" that's the beauty of it. Science is, however, the closest we can get to understanding the world around us.People like Heisenburg place belief in studies that do not render true definate facts.
Are you saying that every experiment designed to test the theory of relativity failed? If this were true it would no longer be a theory, it would be viewed as hogwash.Theory of relativity = never proven to be true
Newton's law of universal gravitation is without a doubt true. What ever made you think it was a theory? You might want to go back to grade school.Theory of gravity = never proven to be true
Scientific law: http://en.wikipedia.org/wiki/Scientific_law
Newton's law of universal gravitation: http://en.wikipedia.org/wiki/Newton's_law_of_universal_gravitation
Theory of evolution = contrary to popular belief NOT PROVEN TO BE TRUE
Skeptics Society said:Evolution is a historical science confirmed by the fact that so many independent lines of evidence converge to this single conclusion. Independent sets of data from geology, paleontology, botany, zoology, biogeography, comparative anatomy and physiology, genetics, molecular biology, developmental biology, embryology, population genetics, genome sequencing, and many other sciences each point to the conclusion that life evolved. Creationists demand just one fossil transitional form that shows evolution. But evolution is not proved through a single fossil. It is proved through a convergence of fossils, along with a convergence of genetic comparisons between species, and a convergence of anatomical and physiological comparisons between species, and many other lines of inquiry. (In fact we can see evolution happenespecially among organisms with short reproductive cycles that are subject to extreme environmental pressures. Knowledge of the evolution of viruses and bacteria is vital to medical science.)