Resource on Sound Waves for Neuroscientists

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SUMMARY

This discussion centers on resources for neuroscientists seeking to understand sound waves, specifically in the context of auditory responses. Key recommendations include the website of Art Ludwig, which offers comprehensive insights into sound fundamentals, and a page from the University of Washington that provides foundational knowledge. Additionally, a reference to HyperPhysics is suggested for understanding various dB weighting scales. These resources are tailored for individuals with a background in college-level physics or engineering.

PREREQUISITES
  • Basic understanding of auditory neuroscience
  • Familiarity with sound wave properties such as amplitude and frequency
  • Knowledge of measurement systems for sound
  • Interest in advanced physics or engineering concepts related to acoustics
NEXT STEPS
  • Explore Art Ludwig's website for in-depth sound wave fundamentals
  • Review the University of Washington's resource on sound waves for foundational knowledge
  • Study the various dB weighting scales using HyperPhysics
  • Investigate advanced texts on acoustics for a deeper understanding of sound measurement systems
USEFUL FOR

Neuroscientists, auditory researchers, and students in physics or engineering looking to enhance their understanding of sound waves and their measurement in the context of auditory responses.

davene
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Hello,

I am a neuroscientist studying auditory responses and I am trying to learn some basics about sound waves. I was wondering if anyone could recommend a book that would help guide me through. specifically I'd like to get a solid understanding of differences among sound waves, different measurement systems of amplitude and frequency, broadband noise etc. Really it is rather hard to say exactly what I need as I am not really sure what I do not know.

I've found some information on the web, but it has mostly been confined to the high-school level and I am looking for something more along the lines of what a college physics/engineering undergrad might read.

Any suggestions?

Thanks,
Dave
 
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I've found this page particularly enlightening : http://www.ee.washington.edu/conselec/CE/kuhn/audio/95x3.htm

...but I suspevt you are asking for something that will bolster understanding of the fundamentals as well. I'll add to this if I think of something appropriate.
 
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