The Tritone Paradox by Karen Anne MacKinnon

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The Tritone Paradox

Author : Karen Anne MacKinnon

Publisher : Acadia University

Published : 1993

ISBN-10 :

ISBN-13 :

Number of Pages : 92 Pages

Language : en

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Diana Deutsch's Audio Illusions : Deutsch's Tritone paradox - The tritone paradox was discovered by Deutsch in 1986, and first described at a meeting of the Acoustical Society of America (Deutsch, 1986) and first published by Deutsch, Music Perception, 1986. The basic pattern that produces the this illusion consists of two computer- produced tones that are related by a half-octave. (This interval is

Tritone paradox - Wikiwand - The tritone paradox is an auditory illusion in which a sequentially played pair of Shepard tones[1] separated by an interval of a tritone, or half octave, is heard as ascending by some people and as descending by others.[2] Different populations tend to favor one of a limited set of different spots around the chromatic circle as central to the set of "higher" tones

Tritone Paradox - Wolfram Demonstrations Project - In music theory, a tritone is the musical interval of three whole tones, equivalent to a diminished fifth (also called a half-octave). The tritone paradox is an auditory illusion discovered by Dr. Diana Deutsch in 1986 [1]. Some people hear the pattern going up in pitch and some hear it going down in pitch. Some studies have shown that people

The Tritone Paradox: A Link Between Music and Speech - The tritone paradox: Its presence and form of distribution in a general population. Music Perception, 5, 79

The Tritone Paradox: Its Presence and Form of Distribution in a General - The tritone paradox occurs when an ordered pair of tones is presented, with each tone consisting of a set of octave-related components, and the pitch classes of the tones separated by a half-octave. Such a pattern is heard as ascending in one key, but as descending in a different key. Further, the pattern in any one key is heard as ascending by some listeners but as descending by others. It

The Tritone Paradox: An Influence of Language on Music Perception - The tritone paradox is produced when two tones that are related by a half- octave (or tritone) are presented in succession. Each tone is composed of a set of octave- related harmonics, whose amplitudes are determined by a bell-shaped spectral envelope; thus the tones are clearly defined in terms of pitch class, but poorly defined in terms of height. When listeners judge whether such tone pairs

PDF The Tritone Paradox: An Influence of Language on Music Perception - The Tritone Paradox 3 pitch class C# as lower. However, other listeners hear the pattern C#-G as descending and the pattern G-C# as ascending, so that for these listeners the converse holds: pitch class C# is heard as higher and pitch class G as lower. The tritone paradox has been found to occur in the large majority of

What Is The Tritone Paradox? (Illustrated Guide w/ Audio Examples) - The tritone paradox is a phenomenon that really tests our perception of sound, particularly pitch. It is essentially a sound-based illusion in which a pair of tones generated by a computer, spaced one tritone apart, are played one after the other. The illusion comes from the ambiguity of the direction of the pitch - some perceive the tones as

Diana Deutsch - Tritone Paradox> - The Tritone Paradox was discovered by Deutsch in 1986, first reported at a meeting of the Acoustical Society of America (Deutsch, 1986) 1, and first published in Deutsch, Music Perception ( 1986) 2. The basic pattern that produces this illusion consists of two computer-produced tones that are related by a half-octave

The tritone paradox: Effects of spectral variables - ResearchGate - The tritone paradox is a musical illusion consisting of pairs of octave-ambiguous tones that could be heard as ascending or descending in pitch. This study investigated whether perception of the

Shepard tone - Wikipedia - A sequentially played pair of Shepard tones separated by an interval of a tritone (half an octave) produces the tritone paradox. Shepard had predicted that the two tones would constitute a bistable figure, the auditory equivalent of the Necker cube, that could be heard ascending or descending, but never both at the same time

Tritone Paradox - YouTube - 4 examples of the tritone paradox. Please take 2 minutes to fill out the short survey that goes with this videoforms/0bQXFFw7YgI do not own

Auditory Illusions: How your ears can be fooled | - The Tritone Paradox: Everyone hears something a little bit different. The Tritone Paradox is one of the most well-known variants of the Shepard Illusion, and it's an auditory illusion that works best when you try it out on friends. In the normal Shepard Tone, a scale ascends seemingly forever. But with the Triton Paradox, you'll hear a pair

Diana Deutsch - Play Sound File : Deutsch's Tritone paradox> - Play Deutsch's Tritone paradox (0.2 MBytes) When listening to this sound file, it is best to use equipment with a flat frequency response, so as to avoid spectral distortion. Features that alter the signal in any way, such as spatialization features, should be turned off. Compression algorithms should be avoided, in particular for the stereo

PDF Speech Patterns Heard Early in Life Influence Later Perception of the - The tritone paradox (Deutsch, 1986, 1991, 1992, 1997) provides fur-ther evidence for an association between speech and music, since the way this musical illusion is perceived correlates with the language or dialect that is spoken by the listener (as described later). In the study presented

Cross-modal masked priming of the tritone paradox - The tritone paradox is a musical illusion consisting of pairs of octave-ambiguous tones that could be heard as ascending or descending in pitch. This study investigated whether perception of the tritone paradox can be unconsciously influenced by a masked visual prime - specifically, a musical notation. In Experiment 1, participants were first given a "neutral" masked prime (an image of

Tritone Paradox - .edu - In the tritone paradox, Deutsch presents stimuli generated similar to the way Shepard generated his paradoxical scale, that is, each note is an envelope of sound sweeping from one octave to the next, but with a heard pitch equivalent to the lower note. Thus, in the tritone paradox, Deutsch played a note with a perceived pitch of C and one with

The Tritone Paradox: How Your Hometown Affects Your Music Listening - The tritone paradox: An influence of language on music perception. Music Perception, 1991, 8, 335-347, [PDF Document] Deutsch, D., Henthorn T. and Dolson, M. Speech patterns heard early in life influence later perception of the tritone paradox. Music Perception, 2004, 21, 357-372, [PDF Document]

Tritone paradox - Wikipedia - The tritone paradox is an auditory illusion in which a sequentially played pair of Shepard tones [1] separated by an interval of a tritone, or half octave, is heard as ascending by some people and as descending by others. [2] Different populations tend to favor one of a limited set of different spots around the chromatic circle as central to

- The tritone paradox is an auditory illusion in which a sequentially played pair of Shepard tones separated by an interval of a tritone, or half octave, is heard as ascending by some people and as descending by others

Diana Deutsch - Play Sound File : Deutsch's Tritone paradox> - This is a mono sound file. This sound file contains four two-tone patterns that illustrate the tritone paradox. On listening to each pattern, decide whether it is going up or down in pitch. It works best to listen in groups (two, three, or more people) and to have listeners compare their judgments. You will find that when some people hear a

What Is The Tritone Paradox? (Illustrated Guide w/ Audio - The tritone paradox is a phenomenon that really tests our perception of sound, particularly pitch. It is essentially a sound-based illusion in which a pair of tones generated by a computer, spaced one tritone apart, are played one after the other

Auditory Illusions: How your ears can be fooled | - The Tritone Paradox: Everyone hears something a little bit different. The Tritone Paradox is one of the most well-known variants of the Shepard Illusion, and it’s an auditory illusion that works best when you try it out on friends. In the normal Shepard Tone, a scale ascends seemingly forever

Shepard tone - Wikipedia - A sequentially played pair of Shepard tones separated by an interval of a tritone (half an octave) produces the tritone paradox. Shepard had predicted that the two tones would constitute a bistable figure, the auditory equivalent of the Necker cube , that could be heard ascending or descending, but never both at the same time

Diana Deutsch - Tritone Paradox> - The Tritone Paradox was discovered by Deutsch in 1986, first reported at a meeting of the Acoustical Society of America (Deutsch, 1986) 1, and first published in Deutsch, Music Perception (1986) 2. The basic pattern that produces this illusion consists of two computer-produced tones that are related by a half-octave