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Poseidon Cow
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I'm 16. I'm a sophomore in high school. I really don't want to wait. I want to become involved in physics now. Any suggestions on how I can get my feet wet?
Start low. Start with Spivak Book on Calculus.
zahero_2007 said:Try Quantum Field theory by weinberg . Its an easy read
Poseidon Cow said:I'm taking physics 1 next year. I know high school algebra (we're learning about logs right now in class) and I'm going into pre calc next year.
I'm reading Brian Greene's Fabric of the Cosmos right now to figure out what the current theories are all about and how they've developed.
Where should i start if I attempt to teach myself higher order math?
micromass said:Indeed, learn some mathematics first. Teach yourself some trigonometry/analytic geometry/calculus. If you're already learning these in class, then maybe consider teaching yourself some complements: for example, you could learn sphere trigonometry, 3D geometry, polar coordinates, projective geometry, linear algebra
zahero_2007 said:Try Quantum Field theory by weinberg . Its an easy read
Pengwuino said:Speak English.
romsofia said:What do you mean by "speak English"?
micromass said:He probably considers projective geometry to be useless, which it is...
micromass said:He probably considers projective geometry to be useless, which it is...
Poseidon Cow said:Maybe I should just start working on a unified theory of everything.. harhar
I guess I'm just going to have to be patient and accumulate more experience
To get started, you first need to determine what field you want to work in and what specific research you want to conduct. Then, you will need to familiarize yourself with the current literature and theories related to your topic. Finally, you will need to identify the necessary tools, equipment, and resources needed to conduct your research.
Developing a research question or hypothesis involves identifying a gap in the existing knowledge or a problem that needs to be addressed. Consider what interests you, what questions you have about a particular topic, and what potential solutions you can propose. Then, refine your question or hypothesis to make it specific, measurable, and achievable.
Yes, there are many types of research that can be conducted without a lab or specialized equipment. For example, you can conduct literature reviews, surveys, or field studies. You can also collaborate with other researchers or utilize shared resources to access necessary equipment.
There are various funding opportunities available for scientists, such as grants, scholarships, and research fellowships. You can search for funding opportunities through government agencies, private organizations, and universities. It is also helpful to network with other researchers and attend conferences to learn about potential funding sources.
Ethical considerations are important in all types of research. You should ensure that your research adheres to ethical principles and guidelines, such as informed consent, confidentiality, and avoiding harm to participants. It is also essential to consider the potential impact of your research on society and to follow any regulations or laws in your field.