Organic Sound Design Samples

  • By: Jana
  • Date: Wednesday, 12 October 2022
  • Time to read: 3 min.

If you’re looking for organic sound design samples for your next film, you’ve come to the right place. These sound effects come in high-resolution WAV format and are royalty-free. They’re also perfect for putting into your favorite video editing software. And best of all, they’re available in various genres, including ambient, psychedelic, and industrial.

MUTATE ORGANIC

Mutate Organic is a sound library that features the sounds of biological mutations. The collection was recorded using various experimental methods, including synthesizers, real-life objects, and props. Available in two versions: the Designed collection and the Construction Kit, Mutate Organic offers over 12.5GB of grotesque sounds.

The Designed collection comes with 112 sound files that each contain multiple variations. These files can be used independently or combined with other sound effects. A unique feature of Designed is the inclusion of a variety of low-end sounds with bone-crunching bass.

Hegel Concept

The Hegel Concept has become an important influence in organic sound design. It has become a common phrase to describe a process producing sound. A sound can be created using different techniques that combine sound and vibration. Hegel’s concepts are often associated with scientific discovery, evolution, and human creativity.

The Hegel Concept in organic sound design can be described as a way to create soundscapes based on Hegel’s philosophy. A sound designer can use this to create a wide variety of soundscapes. They can incorporate music, acoustics, and other elements to create a variety of soundscapes.

Hegel was born in 1770 in Stuttgart, Germany. He was the son of a government official. He studied at the Royal Highschool in Stuttgart and at the Tuberger Stift in Tubingen. In 1788 he became friends with Friedrich Schelling and Holderlin. In 1790 he earned an M.A. degree in philosophy.

Inspired by Nature

Inspired by Nature is a Max for Live device set that allows you to use natural phenomena to create and effect sounds. It features four vector devices and a particle system that simulates natural forces such as gravity, magnetism, and flow fields. Using these elements, you can create sounds that are rich in complexity and depth.

The benefits of organic design extend beyond aesthetics. It also improves physical health. Studies show that workers in natural daylight environments report experiencing a 51% drop in headaches and a 63% decrease in eyestrain. Similarly, experiments have shown that exposure to nature improves physiological factors like heart rate and blood pressure.

Random LFOs

In the process of creating a sound, Random LFOs are a great way to create a more organic sound. By assigning random LFOs to each oscillator, you can control many different parameters simultaneously, including the filter cutoff frequency and the overall note pitch. You can also use LFOs to control the shape of an oscillator and adjust the filter resonance.

The shape of the oscillator will change, thereby creating a sound that evolves. The LFO’s waveform window can be partially looped by pressing shift+ctrl+mouse-click. A gray “L” symbol indicates the partial looping point. Using a step-sequencer pattern, you can also use LFOs to modulate other parameters.

Sound-Absorbing Panels

Sound-absorbing panels are ideal for reducing room reverberation. The panels can be installed on the walls and ceilings of a room. They can also be installed on islands to reduce reflections. They can reduce the reverberation of sound by up to 25 percent and are ideal for conversational clarity.

DEKIRU 12 Pack Acoustic Panels Sound Proof Padding, 14 X 13 X 0.4 Inches High Density Sound Proof Foam Panels Used in Home & Offices (White)
Sound-Absorbing Panels

Most sound-absorbing panels are soft, cushion-like materials that prevent soundwaves from reverberating off surfaces. They also limit echoes, making it possible for everyone in a room to hear a speaker or enjoy a musical event without being disturbed by the excessive sound.

The efficiency of sound-absorbing panels varies depending on the thickness of the material used to make them. Porous materials work best at high frequencies but do not absorb much at low frequencies. A typical rule of thumb is to use sound-absorbing materials that are a tenth of a wavelength thick or greater.

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