Still one school year left , I think it will be applied physics

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SUMMARY

The discussion centers on the choice of pursuing a degree in Applied Physics, particularly in a high school context. The participant expresses a shift from an initial interest in Astrophysics to Applied Physics, emphasizing a preference for hands-on, experimental learning over theoretical approaches. Key distinctions between Applied Physics and General Physics courses are noted, including fewer quantum classes and additional electives in the Applied Physics curriculum. The conversation highlights the importance of understanding the practical applications of physics in engineering and technology.

PREREQUISITES
  • Understanding of basic physics concepts, including Newtonian mechanics and electromagnetism.
  • Familiarity with the differences between theoretical and applied sciences.
  • Knowledge of high school curriculum structures, particularly in science education.
  • Awareness of engineering principles and their relationship to physics.
NEXT STEPS
  • Research the curriculum differences between Applied Physics and General Physics at various high schools.
  • Explore the career paths available for graduates with a degree in Applied Physics.
  • Investigate hands-on experimental techniques used in Applied Physics programs.
  • Learn about the integration of technology and engineering principles in Applied Physics education.
USEFUL FOR

High school students considering a career in physics or engineering, educators in science curriculum development, and individuals interested in the practical applications of physics in technology and experimental research.

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still one school year left , I think it will be "applied physics"

Well anyone would normally pursue an engineering career in my school , especially in the "General sciences" section . I first considered doing Astrophysics , but having seen how incompatible it is with what I thought it would be like i was then convinced to do something closer to engineering still a bit more theoretical ,more involved in high-tech and experimentalism rather than scientifical conformism that an engineer would encounter (although it is not too far from any field of physics be it quantum astro or radioactivity ...). So it was then "Applied Physics" that caught my attention ... It's obviously just physics , but seen , touched and made . I need help to coin what are the working domains concerning this field ?, what are the similar variants to this field of study ?
 
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Question: what's the difference in courses between applied and general physics at your school? My school's applied degree just has one less quantum class and one more elective.
 
well i was talking about an actual Highschool not University , as much as it annoys me we didn't yet get to the juicy stuff (quantum,relativity,aerodynamics etc. ) we just take some advanced classic Newtonian mechanics , electricity , and electromagnetism . So I'm affraid I can't answer that . You can always Check some ramdom universities' courses , last time i checked they displayed the courses with each field.
 

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