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Did you know : Aftertouch


Aftertouch, in the context of sound and music, refers to a feature found on some electronic musical instruments, particularly on keyboard controllers, synthesizers, and electronic pianos. Aftertouch allows a musician to apply additional pressure to a key or a keybed after it has been initially depressed. This additional pressure can trigger various effects or modulations on the sound being produced.

There are typically two types of aftertouch:

  1. Channel Aftertouch: Channel aftertouch, also known as mono aftertouch, affects all the notes played on the keyboard simultaneously. When a player applies pressure to one key, it will affect the modulation or control parameters for all the notes currently being played. Common uses of channel aftertouch include modulating vibrato, filter cutoff, or volume for all played notes.
  2. Polyphonic Aftertouch: Polyphonic aftertouch, also called polyphonic pressure, is a more advanced form of aftertouch that allows for individual pressure sensitivity on each key independently. This means a musician can apply varying amounts of pressure to different keys while playing a chord or melody, leading to expressive and nuanced control over each note’s modulation or pitch.

Aftertouch adds an expressive dimension to a musician’s performance, enabling them to infuse their music with dynamic changes and subtle nuances. It’s a feature commonly appreciated by keyboardists and synthesizer players who want to create more emotive and evolving soundscapes in their compositions.

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Did you know : ADSR

How many times have you seen the A.D.S.R. abbreviation ? Do you know what it means or what it stands for? Of course you do, but sometimes we tend to forget stuff and we need someone to help us remember.

It stands for: Attack, Decay, Sustain, Release.

Very often this abbreviation will have a direct link to a “synthesizer” and/or an “envelope generator”.

Cheers !

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Did you know : Acoustics

Acoustics is the fascinating science of sound and how it interacts with its environment. It’s like the artistry of the auditory world, where sound waves dance through spaces, bouncing off surfaces, and creating a symphony of echoes and reverberations.

In the world of acoustics, every room becomes a stage, and every surface a potential conductor. Whether you’re in a concert hall designed to amplify the magic of a symphony or a hushed library where even a whisper can carry, acoustics play a vital role in shaping our auditory experiences.

Architects, engineers, and acousticians work together to craft spaces that enhance sound quality, making sure that what we hear is as pleasing and intelligible as possible. It’s a delicate balance of science and art, where the shape of a room, the materials used, and even the arrangement of furniture can impact how sound travels and is perceived.

Next time you’re in a space that feels like music to your ears or marvel at the clarity of a speaker’s voice in a crowded room, remember that acoustics is the silent maestro behind the scenes, orchestrating the symphony of sound that surrounds us.