TL;DR
This paper introduces a novel sound-based method using DEMON analysis to measure the propagation speed of domino collapse waves, comparing it with existing models and measurements.
Contribution
It presents a new approach for measuring domino wave speed through sound recordings and DEMON analysis, enhancing accuracy and understanding of the domino effect.
Findings
The sound-based DEMON method effectively measures domino wave speed.
Comparison with existing models shows good agreement.
Discussion highlights advantages and limitations of current measurement techniques.
Abstract
In response to a challenge in a recent paper to measure the propagation speed of the wave of collapse of an array of dominoes (the Domino Effect), a novel method of measuring the speed of such waves has been developed using sound recordings of the collapse and DEMON (Detection of Modulation on Noise) analysis to extract the frequency of domino impacts and hence the speed of propagation of the domino wave. This paper presents this method and a discussion of the other published measurements and models and some comments on the precess of mathematical modelling.
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Taxonomy
TopicsCinema and Media Studies · Religious Studies and Spiritual Practices · Classical Antiquity Studies