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The history of randomness and chance in music
From Nikolaus Simrock to John Cage, learn about the pioneers who used randomness in their music, and how it lives on in music production today.
How does a piano work? The anatomy of a piano
Learn about how the various components of a piano work together to produce sound, the differences between grand and upright pianos, and more.
How CDs use lasers to record and play audio
Let's explore how CDs use lasers to read and write information, and how this technology was revolutionary for music consumption.
Analog-to-digital conversion (ADC): What it is and how it works
Let’s explore how analog-to-digital conversion has completely redefined our approach to music in the modern era.
How to choose the right headphones: 7 factors to consider
Let's go through some of the most important features that distinguish headphones from each other to help you find the perfect pair.
How do animals use sound and music?
Let's examine ways in which animals have used sound to their advantage, as well as their potential to connect with traditional music created by humans.
What are binaural beats? | Exploring their legitimacy and how to create your own
Let's discuss what binaural beats are, how to create them, and whether they're a legitimate phenomenon or merely an auditory illusion.
Beyond the mp3: Exploring mp3s and lossy compression
The mp3 may be one of the most recognizable file types in music, but is it still as important today as it once was?
Psychoacoustics 101: The science of what we hear
From MP3s to phone calls, a lot of the technology you use every day was developed with psychoacoustics in mind - let's explore the science of what we hear.
5 advanced digital delay techniques
From widening sounds to enhancing compositions, these 5 advanced delay techniques can make a huge impact on your music.
The impact of delay (audio effect)
Let's overview the key principles behind delay and explore how it has shaped music over the years.
What’s in a waveform?
In this blog post, let's learn about how you can construct complex waveforms using nothing but the humble sine wave.