Manufacturing the Music

One of the most important inventions for the integration of music in everyday life are headphones. They allow people to listen to whatever music they prefer, without disturbing others, while traveling, studying, or working. Headphones work in a very similar fashion to speakers, with the exception of performing on a much smaller scale. Compared to the air across a room being manipulated by speakers, headphones only affect the air within your ear canal. Headphones - Chris Woodford The image above shows the primary components in earbuds: casing, wires, a magnet, a coil, and a plastic cone (Woodford, 2016). The casing holds all of the components and is designed to fit comfortably inside the ear. Some headphones are less ergonomic than others and can become noticeably painful after extended use. (You may have even heard of Yurbuds, a Saint Louis startup company that has recently had a massive amount of success due to their earphone design after the founder was tired of his earbud

Pianos are a stringed instrument, which means that they require tuning from time-to-time. The tuning of stringed instruments is dependent on the tension in the strings, which can be affected by temperature, wear, or humidity. Most pianos contain 88 keys and one to three strings are associated with each key, depending on the key being a bass, tenor, or treble note (Zeigler, 2016). Overall, there are generally 200+ strings in a piano! Tuning can certainly become quite the daunting task with all of these strings, and is usually undertaken by a certified professional. Self-Tuning Piano - NewAtlas Don A. Gilmore, a mechanical engineer and classical pianist from Kansas City, developed and patented an automatic piano tuner in 1996. His system has been developed to be capable of tuning a piano within a minute, potentially saving time and money for pianists everywhere. This invention is fantastic and John B., a classmate of mine, suggested that I check it out. Sustainer Modules in t

The room that music is played in can be a major factor when either playing a live show or recording a new album. The shape and materials of walls can cause sound to be either pure and synchronized or distorted and out-of-sync. The importance of room acoustics is why good auditoriums have a different shape compared to a standard room and why walls of recording studios are lined with jagged foam material.  Just like a rubber ball, sound waves can bounce off walls or other surfaces. A standard room has a total of 6 flat surfaces, all connected by right-angles. Imagine that two sound waves, A and B, are created from the same point and projected towards you, but at different angles. Wave A is sent directly at your ear while wave B is angled so that it hits the wall to your right and then hits your ear. Wave A will enter your ear first while wave B hits a few moments later. Over large distances or many bounces against surfaces, this delay can certainly become very noticeable. There a

Some instruments are much too large or bulky to be transported easily, which can be frustrating to musicians who travel a lot or enjoy creating music on the go. Drummers are certainly no exception to this issue, and are unable to work on new songs unless they are physically at their instrument. While riding the metro to and from work, I often feel the need to tap my fingers to the rhythm of the songs I listen to, but wouldn't it be cooler to actually be able to play along with the song? There has been a recent interest in mobile and smartphone-based instruments, and DrumPants is one of the more interesting ways to create music while on the move.   DrumPants consists of wearable sensors than can be attached to any type of clothes or worn under clothing that transmit signals to external speakers or headphones (DrumPants). The sensors use a MIDI, or musical instrument digital interface, Bluetooth connection to play the user's choice of over 100 different sounds when activated