Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Study on the lithology of stone chimes (stone musical instruments in ancient China) and Lingbi stone

View through CrossRef
The oldest extant musical instruments in the world are stone chimes. This music was created by the ‘eight tones’ that could be produced by these ‘stone’ voices. Although many of these stone chimes have been unearthed from sites predating the Spring and Autumn Period and the Warring States Period in China, their discussion in archaeological reports is usually not very thorough. In this paper, the ancient and modern samples are analysed from the point of view of lithology. The aim is to explore how the ancients chose to make these stones, and to check that the type of stone from which these ancient Chinese stone chimes are made is actually those recorded in previous studies. The results show that most of the ancient stone chimes in China are made of limestone. These chimes required a material with a single, homogeneous and compact mineral composition. Lingbi chimes (a kind of ‘lithophone’ produced in Lingbi county, China, are pure in composition and have a fine microcrystalline structure, which is the best choice for making stone chimes. This paper makes a systematic study of the lithology of Chinese stone chimes. The results supplement a significant lacuna in the study of ‘lithophone’ and ancient stone instruments both in China and on a more global scale.
Title: Study on the lithology of stone chimes (stone musical instruments in ancient China) and Lingbi stone
Description:
The oldest extant musical instruments in the world are stone chimes.
This music was created by the ‘eight tones’ that could be produced by these ‘stone’ voices.
Although many of these stone chimes have been unearthed from sites predating the Spring and Autumn Period and the Warring States Period in China, their discussion in archaeological reports is usually not very thorough.
In this paper, the ancient and modern samples are analysed from the point of view of lithology.
The aim is to explore how the ancients chose to make these stones, and to check that the type of stone from which these ancient Chinese stone chimes are made is actually those recorded in previous studies.
The results show that most of the ancient stone chimes in China are made of limestone.
These chimes required a material with a single, homogeneous and compact mineral composition.
Lingbi chimes (a kind of ‘lithophone’ produced in Lingbi county, China, are pure in composition and have a fine microcrystalline structure, which is the best choice for making stone chimes.
This paper makes a systematic study of the lithology of Chinese stone chimes.
The results supplement a significant lacuna in the study of ‘lithophone’ and ancient stone instruments both in China and on a more global scale.

Related Results

Provenance investigation of material of Spring and Autumn Period Stone Chimes unearthed in the State of Chu in China
Provenance investigation of material of Spring and Autumn Period Stone Chimes unearthed in the State of Chu in China
Abstract To investigate the provenance of the Spring and Autumn Period stone chimes unearthed in the State of Chu in China and the relationship of ancient stone chime and L...
Real-Time Machine Learning Application for Formation Tops and Lithology Prediction
Real-Time Machine Learning Application for Formation Tops and Lithology Prediction
Abstract During the drilling operation, the drill string is subjected to different geological formations which have distinct lithological characteristics that greatl...
Making It Magical
Making It Magical
In the late 2010s, I owned and operated a bespoke drum-building company, and during that time, I was commissioned to build a frame drum by the partner of a musician who was also a ...
Intelligent Identification of Formation Lithology While Drilling
Intelligent Identification of Formation Lithology While Drilling
Abstract During drilling engineering, the rate of penetration (ROP) is the basic index to measure the drill ability of various rocks, and drilling parameters are the...
Method of lithology identification in carbonates reservoirs using well logs based on deep forest
Method of lithology identification in carbonates reservoirs using well logs based on deep forest
Abstract Lithology identification of complex carbonate reservoirs is very important for fine characterization and quantitative evaluation of reservoirs. In order to solve t...
Equestrian: Horse sport development and cooperation between horses and humans
Equestrian: Horse sport development and cooperation between horses and humans
One of the most important industries in China’s history has been the horse industry, and the modern horse industry is still in the process of being transformed. When the horse busi...
Current Perspectives on Cystic Echinococcosis: A Systematic Review
Current Perspectives on Cystic Echinococcosis: A Systematic Review
Abstract Introduction: Hydatidosis, a zoonotic disease caused by the larval stage of Echinococcus granulosus, is a significant public health concern with notable economic impact. I...
The effect of skin-to-stone distance on success in renal pelvis stones treated with ESWL
The effect of skin-to-stone distance on success in renal pelvis stones treated with ESWL
Our study aimed to investigate the effect of stone load, skin-to-stone distance, and stone density Hounsfield Unit (HU) measured in unenhanced computed tomography on the success of...

Back to Top