Why do people like electronica




















The song changes and intensifies at the drop, which can cause crowds to jump with joy and throw their hands up in the air. EDM has become a staple music type at music festivals, nightclubs, and parties, by which its danceability might be the reason for this success. Most impressively, EDM has taken over more than just the western world.

It might be hard not to feel joyous when listening to EDM. EDM can be about more than just having fun, though. If you think EDM is only for the club or festival circuit, you would be sorely mistaken. Many fans listen to EDM in their daily lives with the hope of capturing the upbeat energy held within its beats. It gives them the same sense of happiness and joy that they would experience if they were at a club or music festival. Let the rhythms and drops guide you through your day, and finish it with a smile on your face.

EDM is not a traditional style of music since it lacks traditional instrumentation, which might be a reason for some people not to like EDM.

Fully enjoying EDM means giving yourself over to the music without a second thought. You could find subtlety in the space and complexity in the textured electronic sounds.

Over time, your ears will begin to pick up the nature of EDM and appreciate it for what it is—danceable electronic music to your inner rhythm. There are overlaps, gradual and sudden changes. The foreground consists of a texture of sometimes related, sometimes unrelated musical events.

The character is that of the totality of what is happening. The background suggests the surface on which the transitions move. Sometimes different textures occur simultaneously as a transition from one passage to another occurs through a fade-in, fade-out process.

I don't need to remind you that the technique needed to create this work was extremely tedious. The procedure did not encourage introspection or subtlety on the part of the composer, and yet you cannot discern any problem of this kind in the result.

These materials are extended wildly. The piece dwells on noisy, inharmonic sounds, many of which were created through the use of the klangumwandler a kind of frequency shifter , modulation, filtering and reverberation. The composer believed that the original character was always discernible no matter how far afield he went with these transformations.

The harmony created by the opening tones permeates much of the music. The piece explores glissandos, non-harmonic tones, and combinations in ingenious ways. As one of the first significant pieces of computer music, everything had to be conceived and specified before the sound could be created. There is no use of recorded or modified material; the clarinet-like and gong-like passages are all created through synthesis based on an analysis and manipulation of the properties of the sounds.

Note that he plays with the idea of the clarinet in some passages, such as the one where the changes of pitch get out of synchronization with attacks of new tones. The piece is full of real subtleties. The golden mean was described and used in antiquity and throughout history, but never like this.

The composer uses this ratio as a basis for overtones, and he creates what he calls "pseudo-octaves". It is also used for durational relationships and rhythmic proportions. The overall structure of the piece is much like the golden mean itself, with the proportions of sections and rhythmic events using that basis. The work plays with real sounds and their establishment and dissolution, including the subtle concept of spectral fusion , through which one sound "becomes" a different one not through a fading process but through the actual gradual transformation of its spectral components.

It begins and ends with crowd noises, ending with the fusion of the crowd into the voice of the poet Dylan Thomas reading from a poem of the same name. There is a real and synthesized soprano, who is transformed from one to many and into other things. Like some of the other works, the piece is mainly homophonic, relying on the qualities of the sounds themselves to sustain your interest. Many sounds have vocal-like qualities.

The composer skillfully uses reverberation, echo, chorus effect, and other changes. Each successive fantasy explores the qualities of the voice embodied in the original reading. Sections based on vocal resonances, noise properties, interactions with comb filters, etc. If we listen carefully and cogitate, we can concentrate on these properties of the original as we hear it at the ending. Passages present them fading in and out from the entire sound, attacked individually, isolated in specific octaves, etc.

In the piece, the overtones of each tone are generated and controlled individually in order to create complex timbre changes. For each tone, a series of overtones is stated at the beginning of the sound that reflects the harmony of the surrounding passage. Tones are stated in basically three ways: 1 a cyclic pattern that states the overtone series at least twice over the course of the duration, 2 a complex envelope that states the series once with a changing timbre, and 3 a pattern that states each overtone individually, as a separate tone.

Most sections use the first 16 or 24 partials to create the complete sound. Near the end, there is a passage that uses only high overtones, with no energy at the fundamental frequency and all the overtones concentrated in the same frequency area, as the fundamental frequencies reach into lower and lower octaves, until the entire series is introduced once again.

In , scientists found that music can control the same chemicals in the brain serotonin and dopamine as other things like food, drugs and sex. One study also proved the link between electronic dance music and pleasure in a simpler way, by looking at how people expressed their pleasure through dancing. The more participants enjoyed themselves, the more they danced!

Most people also feel an attraction to the repetitive rhythm of electronic music. Certain rhythms in the brain help us match up with the rhythms in music, and the simplicity of the rhythm in electronic music means more people can figure it out.

The more complex the rhythm, the more difficult it is for your brain to comprehend it. This could be why techno and ambient music are so popular. Electronic music is undeniably popular.

Can't get enough of electronic music? We want to send you along to Sydney's newest electronic festival, Festival X!



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