「Substance from Sounds」
~ A new material created by sounds ~
~ A new material created by sounds ~
Creating a new material in the world through imagination from sounds
Humans live with nature.
However, it can also be said that humans excessively concern over material possessions.
The material created from sounds is not something that people pursued the usefulness.
Also, it is different from what is already found in nature.
It mixes and hybridizes with the world and provides colors to the landscape of the consciousness.
Humans live with nature.
However, it can also be said that humans excessively concern over material possessions.
The material created from sounds is not something that people pursued the usefulness.
Also, it is different from what is already found in nature.
It mixes and hybridizes with the world and provides colors to the landscape of the consciousness.
: SUBSTANCE :
Al
2
Be
3
Mg
2
Sc
Ti
Ne
2
C
8
N
7
O
11
: SOUND :
To create the material, "Sounds from Atoms" that can convert from sounds to atoms (also from atoms to sounds) by using the frequency and atomic diameter determined based on the intrinsic energy of the atom is used. Sound made from musical sensitivity is converted to the atoms by using “Sounds from Atoms”. The [100], [010] and [001] direction are used as the x-, y- and z-axis, respectively. The atomic alignments determined from resonance, rhythm, imagination from sounds are created by this method.
The atom is composed by the atomic nucleus and electrons, and the electrons that state can be changed more easily than an atomic nucleus determines the physical properties of the atom or material. The physical properties of atoms can be investigated by using the Schrodinger equation,
which quantum-mechanically treats the electronic states, without using the values determined from the experiments. This method is called as ab initio calculation, and it is used to investigate the physical properties of materials that cannot be observed by experiments. Here, by ab initio calculation, the atomic alignments determined from the sound sensitivity was optimized to theoretically stable state, and a new material that could theoretically exist was created.
The atom is composed by the atomic nucleus and electrons, and the electrons that state can be changed more easily than an atomic nucleus determines the physical properties of the atom or material. The physical properties of atoms can be investigated by using the Schrodinger equation,
which quantum-mechanically treats the electronic states, without using the values determined from the experiments. This method is called as ab initio calculation, and it is used to investigate the physical properties of materials that cannot be observed by experiments. Here, by ab initio calculation, the atomic alignments determined from the sound sensitivity was optimized to theoretically stable state, and a new material that could theoretically exist was created.