Research combining physics with sound, acoustics, music

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SUMMARY

The discussion centers on the intersection of physics and sound, particularly in the context of pursuing a master's degree that combines these fields. The participant expresses a strong interest in acoustics, musical instrument design, and the application of physics in recording and mixing technologies. Key areas of exploration include the complexities of acoustics beyond theater design and the relevance of signal processing within electrical engineering. The conversation highlights the potential for multidisciplinary research involving materials science and innovative instrument construction.

PREREQUISITES
  • Understanding of basic physics concepts, particularly waves and sound.
  • Familiarity with acoustics and its applications in various fields.
  • Knowledge of signal processing as it relates to sound technology.
  • Background in materials science relevant to musical instrument design.
NEXT STEPS
  • Research advanced acoustics and its applications in sound engineering.
  • Explore signal processing techniques used in recording and mixing music.
  • Investigate materials science principles applicable to musical instrument construction.
  • Look into interdisciplinary master's programs that focus on physics and sound technology.
USEFUL FOR

Individuals interested in merging physics with sound, including aspiring acousticians, music technologists, and those involved in musical instrument design and engineering.

psygeminy
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Hello! I am a recent university grad, majored in physics, with a strong background in programming and maths. I've had a couple non-physics research positions, and am looking to go back to school for a masters.

All my life I've been very passionate about music, from composing classical pieces, to building guitars, flutes and experimental instruments, to more recently creating electronic music using software and recorded samples. Now I realize that my dream would be a career that applies my science background and skills with a subject matter that I'm truly passionate about, specifically sound.

I know a bit about 'physics of sound' from back in first-year waves, it was interesting but obviously basic. I've heard a lot about acoustics being a very complex field, but aside from designing theatre halls, I'm not sure what one does in that field. Is there a hard-science overlap with recording/mixing/mastering technologies? How about musical instrument design? What might be a relevant field to look into for master's education, if any? I'm really much more interested in something applied or experimental, and less theoretical.

Does anybody hear have a similar interest, or perhaps experience in this, either, academically or professionally, that could give me some insights?

Thanks for reading!
 
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the closest field I know of is signal processing which is related to, if not a subfield of, electrical engineering
 
Last edited by a moderator:
psygeminy said:
Hello! I am a recent university grad, majored in physics, with a strong background in programming and maths. I've had a couple non-physics research positions, and am looking to go back to school for a masters.

...

I know a bit about 'physics of sound' from back in first-year waves, it was interesting but obviously basic. I've heard a lot about acoustics being a very complex field, but aside from designing theatre halls, I'm not sure what one does in that field. Is there a hard-science overlap with recording/mixing/mastering technologies? How about musical instrument design? What might be a relevant field to look into for master's education, if any? I'm really much more interested in something applied or experimental, and less theoretical.

Does anybody hear have a similar interest, or perhaps experience in this, either, academically or professionally, that could give me some insights?

Thanks for reading!

Speech Pathology, Speech Therapy, Linguistics...

Also, since your question pushes into multidisciplinary fields, you would probably find guitar makers who are interested in alternative size values and alternative materials. Interests here could be Materials Science, position, shape, and number of sound holes, different sizes and shapes of soundboards and backboards, sources and specifications of tonewoods, effects of coatings(finishes).
 

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