In one sentence, describe what the following article is about:

Determine whether your theory is valid, and make sure that your experimental results are repeatable. If you accept the theory, you should not be able to disprove it with the tools and information at your disposal. Do not, however, try to spin your theory into absolute fact. You will likely amass a lot of information in your quest to prove your theory. When you are confident that your results are repeatable and your conclusions are valid, try to distill your theory into a paper others can study and understand. Lay out your process in a logical order: first, write an "abstract" that summarizes your theory; then, lay forth your hypothesis, your experimental procedure, and your results. Try to distill your theory into a series of points or arguments. Finally, end the paper with an explanation of your conclusions. Explain how you defined your question, the approach you took, and how you tested it. A proper report will walk the reader through every relevant thought and action that brought you to your conclusion. Consider your audience. If you want to share your theory with peers in your field, write an formal paper explaining your results. Consider submitting your work to an academic journal. If you want to make your findings accessible to the general public, try distilling your theory into something more digestible: a book, an article, or a video. In the scientific community, theories are not generally considered valid until they have been peer-reviewed. If you submit your findings to an academic journal, another scientist may decide to peer-reviewthat is to say, test, consider, and replicatethe theory and process that you have put forward. This will either confirm the theory or leave it in limbo. If the theory survives the test of time, others may eventually try to expand your idea by applying it to other subjects. Your thought process does not need to end after you share your theory. Indeed, you may find that the act of writing up your ideas forces you to consider factors that you've been ignoring. Don't be afraid to keep testing and revising your theory until you're completely satisfied. This may mean more research, more experiments, and more papers. If your theory is large enough in scope, you may not ever be able to flesh out the implications in their entirety. Don't be afraid to collaborate. It can be tempting to keep your intellectual sovereignty, but you may find that your ideas take on new life when you share them with peers, friends, and advisers.

Summary:
Draw a conclusion. Share your results. Understand the peer-review process. Build upon your theory.