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- The psychology behind audio mixing delves into how human perception influences the way we hear and interpret sound. The way we perceive audio can vary based on factors such as psychoacoustics, frequency range, dynamics, spatial placement, and effects.
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Jan 1, 2018 · Its technical definition, provided by the American National Standards Institute, is “that attribute of auditory sensation by which sounds are ordered on the scale used for melody in music” (ANSI 2013, p. 58). Pitch plays a crucial role in auditory perception.
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Jul 13, 2023 · Psychoacoustics combines the physiology of sound — how our bodies receive sound — with the psychology of sound, or how our brains interpret sound. Together, these sciences help us understand how and why sounds affect people differently.
- Antoine Minard
- What Is Psychoacoustics?
- Music Perception and Cognition
- Human Hearing Range
- Equal Loudness Contours
- Auditory Masking
- Sound Localization
- Cognition
- Sonic Experience
Psychoacoustics is the science of how humans perceive and understand sound. It includes the study of the mechanisms in our bodies that interpret sound waves as well as the processes that occur in our brains when we listen. That may sound completely academic, but some psychoacoustic phenomena have a big impact when it comes to music production—espec...
Psychoacoustics is divided into two main areas—perception and cognition. Perception deals with the human auditory system and cognition focuses on what happens in the brain. The two systems are tightly linked and influence each other in many ways. Let’s start with perception.
Your experience of sound and music would be completely different if your senses worked like audio measuring equipment. For starters, your body’s auditory system can only process sound waves within a certain range of frequencies. That range spans from 20 Hz to 20 kHz Frequencies below 20 Hz cease to seem like a unified tone and become more like a se...
Even within the 20Hz-20kHz range, your hearing isn’t a tidy linear system. Some frequencies seem more intense than others—even if they’re exactly the same decibel level. The reason why has to do with the structure of your inner ear. After a sound enters your ear, it travels through an organ called the cochlea that looks a bit like a rolled up garde...
Even with a single sound source, your perception system has a big effect. But start layering sounds together and it gets even more complicated. When multiple sounds are played at the same time, a psychoacoustic phenomena called masking comes into play. Masking explains why it’s so hard to clearly hear the timbre of two sounds with overlapping frequ...
If that weren’t enough, your auditory system also affects how you locate sounds around you in space. The process is called sound localization and it helps you situate the sources of different sounds in your environment. Sound localization relies on several different factors to help you determine where a sound is coming from. The first is the physic...
Music cognition gets a whole lot more complicated. Your brain has powerful pattern recognition systems that help you interact with the language of music. Why does a 2:1 frequency ratio produce an octave? Answering some of these fundamental questions would take an advanced university degree, so I won’t get into it here. Even so, there are some simpl...
It’s clear that your body and your brain work together to create your experience of music. These puzzling fundamental questions aren’t essential to your everyday life as a musician, but they can help you be more informed about the work you do. Now that you know some of the basic concepts in psychoacoustics, get back to your mix and see how they app...
More specifically, it is the branch of science studying the psychological responses associated with sound (including noise, speech, and music). Psychoacoustics is an interdisciplinary field including psychology, acoustics, electronic engineering, physics, biology, physiology, and computer science.
Aug 12, 2019 · Psychological mechanisms such as attention, motivation, and prior experience can have an impact on sound perception. This chapter focuses on the relationship between sound and emotion; that is, how sounds evoke emotions and how emotional processes influence sound perception and auditory attention.
Mar 29, 2004 · Psychology of sound, also termed psychoacoustics, has its own distinct elements of pitch, intensity and tibre. An interconnection exists between physics and psychology of hearing. Music being a complex sound contributes to communication and conveys information with semantic and emotional elements.
May 26, 2013 · Not only human speech, but also music and ambient sound events carry emotional information. This information is transmitted by modulation of the acoustics and decoded by the receiver – a human conversation partner, the audience of a concert, or a robot or automated dialog system.
