Another case is a sculptor at the University of Connecticut who creates ethnic musical instruments with an emphasis on both their aesthetic beauty and their melodic beauty.
He eventually had to further study in physics to achieve the latter objective, though, because the instruments would not have sounded good without it [1]
Auditorium acoustics is still an active field of research. As many musicians are quite aware, it is still hard to design a good concert hall.
P h
ys ics of M us ic
A knowledge of physics is necessary for many musical aspects. Because of the limits set by the laws of physics, musical instruments could not have developed as far as they have without the information gained from studying physics. For instance, the contemporary grand piano is both an engineering and aesthetic marvel. It was simply impossible to have been constructed before the eighteenth century since it needed modern mechanics and cutting-edge technology [1].
the sound
the touch
Music is greatly influenced by how the ear and the brain actually perceive sound. The ear is a highly complex mechanical device that demonstrates many principles of physics.
Understanding hearing perception definitely relies on knowledge gained from physics [1].
the feel
the nostalgia
Science and music have had a long history and intimately related—possibly dating back to Neanderthals! A bone was discovered in a Neanderthal site a few years ago and had multiple tiny holes drilled into it, which was a stunning discovery. Although the holes were not evenly spaced, they were all the same size. In fact, examination revealed that the hole spacing was comparable to that of a contemporary flute or recorder. Therefore, the bone might have served as an ancient flute! Making accurate holes using technology was thus employed for musical purposes even by Neanderthals [2].
by M. N. Rashidi Rosli Part I
Galileo Galilei's father, Vincenzo Galilei, had revolutionary ideas on musical harmony, which are likely what motivated Galileo Galilei's revolutionary views on the natural world. The fact that many of the founders of quantum mechanics first studied the physics of music may have made it easier for them to accept the radical concepts that went into the creation of quantum mechanics. The study of psychoacoustics, which examines how our brain interprets sound and highlights the intricate interactions between reality and our perception of reality, may have helped Quantum Mechanics gain acceptance.
Quantum mechanics is primarily concerned with the prospect that observing or measuring a system could have an impact on the system itself [1].
the notes I
the chorus
Physics of music is really the physics of waves.
We will concentrate on sound waves, but all waves behave in a similar way. Wave theory is probably the most important concept in physics and especially modern physics, much more so than projectile motion and classical mechanics.
the bridge
the composers
George N. Gibson, Why Learn Physics Through Music?. College of Liberal Arts and Sciences,
UCONN. Retrieved from
https://www.phys.uconn.edu/~gibson/
Omerzel-Terlep, Mira. Bone flutes: Beginning of the history of the instrumental music in Slovenia, Europe, and world. Etnolog (in Slovenian): 292.
ISSN 0354-0316 1.
2.
It is generally acknowledged that advances in physics were responsible for a thorough grasp of the creation and perception of music. What is less widely known is that music had a crucial role in the advancement of physics at numerous pivotal moments. As previously said, it seems that Neanderthals made a flute out of bone. However, it's possible that they developed methods/technology for drilling exact holes as a result of their desire to produce and control sound. Pythagoras demonstrated the value of mathematical analysis by using it to explain the musical scale. Fourier developed one of science's most potent analytical methods, now known as Fourier analysis, after studying the vibrating of violin strings [2].
