Current physics topics highly debated over?

In summary, you are asked to develop a research question for a paper you will be writing in the future. You are to find a topic and research it, narrowing it down to an issue. You are to find twelve to fifteen sources that speak to the issue. You are to annotate them and write a summary of the content.
  • #1
Kal-El
13
0
Hi, I am an undergrad in physics, I have to develop some sort of research question for a up and coming paper but I am having problems deciding on a physics issue currently relevant and highly debated. Here is the summary provided by my teacher on what we should be doing. I have asked some of my physics professors about topics and some issues with in those topics but they really haven't been much help. Any help would be much appreciated!

Here is the outline for the paper,

Writing Project Three – Research Question

The last two writing projects were designed to help you become familiar with your field. By now, you should know how your field started and evolved, what scholars are currently researching, and the conventions of their scholarship. For this writing project, you have the opportunity to use what you know to construct a research project of your own.

First, you’ll need to decide upon a research question. Ask yourself, from what you have learned thus far, talking with professors and reading scholarly articles, what topics are you most interested in, affect you in a personal way, intrigue or irritate you, making you want to learn more? “Topics” are already defined areas of study that are too broad to determine a research question. For example, “global warming” is a topic. If you decided to make your research question, “How do we end global warming?” you would most likely find yourself overwhelmed and lost with the amount of information speaking to that question. Therefore, identify your topic, but then dig deeper.

Do an informal Google or Wikipedia search to see what the public is saying about it. Do a formal academic search through the library’s search engines to find out what scholars are saying. From these searches, you should have a good idea of what is being talked about and what is not. At this point, you should be able to narrow down your topic to an issue. An “issue” is a specific element of a topic. With global warming, it might be, “How ought the homeowners of Hazleton attract solar energy in a manageable, efficient, and affordable way?” Notice how narrow this research question is. The more you can narrow down your question, the more doable your project will be. Notice the narrowing elements, people (homeowners), place (Hazleton), thing (solar energy, as opposed to wind or water, etc.), action (attract solar power), scope (manageable, efficient, affordable, meaning these will be the only areas the research question promises to answer).

Once you have your research question, you’ll need to locate and annotate twelve to fifteen sources that speak to your question. The research process is not linear as some may think, meaning, you don’t necessarily come up with a research question and then find articles and annotate them. The process is recursive. You may come up with a question and find some articles and read them and then change your question, narrow it, find some more articles, adjust your issue again, find some more, and so on. This recursivity is not only common, but is considered to be, dare I say, how we learn. Therefore, start early and give yourself plenty of time to read and research and refocus. In other words, you may read more than fifteen sources, as some will not be what you’ll need or will not directly speak to your question as others might. Again, give yourself plenty of time for this project.

In short, for this project, you will invent a research question and compose an annotated bibliography of 12-15 scholarly sources that directly speak to that question. Each annotation should be a half page to a page, single-spaced, depending upon the length of the source, putting the page length for this project at 6-15 pages.
 
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  • #2
I wonder if topics in physics are very suitable to this kind of treatment... The debate about some current topic is probably going to be rather technical and not easy to get into.
If it has to be physics, one thing that comes to mind is the recent result from the OPERA experiment that measured neutrinos at speeds > c, although the debate seems pretty much settled now you'll probably still find a bunch of recent papers about it.
Anyway, it's probably easier to discuss some experimental results rather than the merits of some new theoretical model.
 
  • #3
Thanks for the suggestion.
 

1. What is dark matter and why is it important in current physics debates?

Dark matter is a hypothetical form of matter that is thought to make up about 85% of the total matter in the universe. Its existence is inferred by its gravitational effects on visible matter, but it does not emit or absorb light, making it difficult to detect. The debate surrounding dark matter centers on its exact nature and how it interacts with other forms of matter and energy in the universe.

2. What is the current status of the search for a theory of quantum gravity?

Quantum gravity is a theoretical framework that aims to reconcile the theories of general relativity and quantum mechanics. While there have been many proposed theories, a complete and satisfactory theory of quantum gravity has yet to be developed. This is a highly debated topic in current physics, with many ongoing research efforts and experiments aimed at finding a solution.

3. What are the main challenges in understanding the concept of time in physics?

In physics, time is a fundamental concept that is often taken for granted. However, the nature of time is still not fully understood, and there are many ongoing debates about its properties and how it should be incorporated into physical theories. Some of the main challenges in understanding time include the concept of time dilation in relativity, the arrow of time, and the possibility of time travel.

4. How does the concept of entropy play a role in current debates in physics?

Entropy is a measure of the disorder or randomness in a system. In physics, it is closely related to the second law of thermodynamics, which states that the total entropy of a closed system will always increase over time. The concept of entropy has applications in various fields of physics, and there are ongoing debates about its role in different theories, such as the nature of black holes and the arrow of time.

5. What is the current understanding of the multiverse theory and its implications in physics?

The multiverse theory proposes the existence of multiple universes, each with its own set of physical laws and properties. While this theory is highly debated and controversial, it has gained popularity in recent years as a possible explanation for the fine-tuning of the universe and the existence of dark energy. However, there are still many unanswered questions and ongoing debates surrounding the multiverse theory and its implications for our understanding of the universe.

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