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Understanding Acoustics

Acoustics is the science of sound, including its production, transmission, and effects. When we talk about the acoustics of a room, we're referring to how sound behaves within that space. Good acoustics in a room means that sound is distributed evenly and clearly, without unwanted echoes, reverberations, or dead spots.

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1. Absorption: This refers to the ability of a surface to absorb sound energy, rather than reflecting it back into the room. Absorption is critical for controlling reverberation and preventing echoey sounds.
2. Reflection: When sound hits a surface, it can either be absorbed or reflected. In an ideal acoustic space, reflections are carefully managed to create a balanced and even soundfield.
3. Diffusion: Diffusion involves scattering sound waves in different directions, helping to break up reflections and create a more natural listening environment.

| Frequency Range | RT60 (Before) | RT60 (After) | Improvement | | --- | --- | --- | --- | | 20 Hz - 200 Hz | 500 ms | 200 ms | 60% | | 200 Hz - 2 kHz | 300 ms | 150 ms | 50% | | 2 kHz - 20 kHz | 200 ms | 100 ms | 50% | Understanding Acoustics Acoustics is the science of sound,

Sound Reflection: In some cases, controlled reflection of sound is desirable, such as in concert halls where sound needs to be projected to the audience. This can involve designing surfaces to reflect sound in specific directions. Absorption : This refers to the ability of

Case Study: The Empty Theatre

One of the most striking images in the series is The National Theatre, Zagreb – Backstage Corridor. Unlike standard theatre photography that focuses on the stage or audience, Bilan points his camera down a narrow corridor lined with old wooden panels and a single, worn carpet. Visually, the image is dark, warm, and compressed. Acoustically, it represents a space of controlled resonance—where actors hear their own voices slightly muffled before stepping into the open hall. Bilan captures this by using a shallow depth of field that blurs the far end, simulating the loss of high-frequency sound over distance.

The Three Key Elements of Room Acoustics