Best Answer - Chosen by Voters
Some of the alternatives and associated disciplines are1. nuclear
nuclear physics, atomic and molecular physics, metallurgy, materials science, engineering, applied mathematics, physical chemistry
2. solar
solid state physics, physical chemistry, electrical engineering
3. wind%26amp;tide
physics, fluid dynamics, applied mathematics, physical chemistry, engineering
4. biofuels
biochemistry, physical chemistry, physics, molecular biology, botany, chemical engineering, biosystems engineering
As you can see, research projects in alternate energy tend to be multidisciplinary. A combination of biochemistry with physics or engineering would be a good choice. I am a scientist (PhD Physics) in charge of a biofuel project. My research team includes two engineers, a biochemist and a biologist. Two high school students will join the project this summer and participate in the research. 67% 2 Votes
Other Answers (1)
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Physics or engineering may be a better bet for energy development. I have some friends doing engineering and they learn quite a bit about different energy sources.
33% 1 Vote
