Works - The Works

Code

Sound Holoscopy

Software to compare a set of audio signals to a reference set across various parameters.

Code

Cymatics

Software to analyze a set of resonance patterns across various parameters.

Code

Image Analysis

Software to find a reference point in a wave pattern and fix perspective and cropping.

Code

Frequency Independent Phase Shifter

Operational code for a single and three-stage phase shifter near-independent of frequency.

Patent

Entrainment Method and System

Methods and systems are disclosed for signal processing, in particular of an entrainment signal.

Patent

Environmental Sound Loudspeaker

This disclosure relates to systems and methods for capturing environmental sounds and immediately replaying the captured sounds.

Patent

Method for Generating a Reverberation Audio Signal

A method for generating a reverberation audio signal associated with a virtual object is disclosed.

Patent

Method and System For Improving a Physiological Condition of a Subject

This disclosure relates to methods and systems for improving a physiological condition of a subject, such as a human or animal.

Patent

Generating an Audio Signal Associated with a Virtual Sound Source

A method for generating an audio signal associated with a virtual sound source is disclosed.

Peer-reviewed

Resonant Phenomena of Faraday Waves: A Classification According to New and Existing Terms

Nonlinear standing waves known as Faraday waves are formed in vibrating liquids enclosed by a container.

Peer-reviewed

A Frequency-Independent Phase Shifter

In this paper, we utilise optimization methods to determine a frequency-independent phase shift such that two phase-shifted versions of a signal can be summed and the resulting amplitude spectrum is unchanged.

Peer-reviewed

Exploration of Resonant Modes for Circular and Polygonal Chladni Plates

Sound waves propagate radially outwards from a point source and continue in the same direction, decreasing in intensity, unless a boundary condition is met.

Preprint

Effects of Sound Immersion on Emotional Wellbeing and Homeostasis

Music and sounds evoke a wide range of emotions and activate numerous associated psychological and physiological effects.

Preprint

Resonant Phenomena of Sound Waves and their Expression in Physiology

Music and sounds activate numerous physiological effects associated with the functioning of the autonomic nervous system and involved in the maintenance of homeostasis.

Preprint

Resonant Phenomena of Faraday Waves: Reproducibility

Standing waves formed on a vibrating fluid layer when a critical amplitude is applied are known as Faraday waves.

Preprint

Effects of Sound Immersion on In Vitro Blood Cells

The effects of sound and mechanical vibrations on blood flow and in vitro and in vivo blood cells were previously reported in various studies.

Preprint

Deviations in Sound Waves Associated with Physiological and Psychological States

Sound waves are known to be affected by the presence of a human subject in the acoustic environment.

Preprint

A Frequency Independent Phase Shifter

A frequency-independent phase shift is determined such that two phase shifted versions of a signal can be summed whereby the resulting amplitude spectrum is unchanged.

Preprint

Sound Wave Propagation on a Chladni Plate

In general sound waves propagate radially outwards from a point source.

Preprint

Experimental Investigation of Deviations in Sound Reproduction

Sound reproduction is the electro-mechanical re-creation of sound waves using analogue and digital audio equipment.

Preprint

A Taxonomy of Sound-Induced Faraday Wave Phenomena

Nonlinear standing waves known as Faraday waves are formed in vibrating liquids enclosed by a container.

Product

POP

POP is a bioacoustic enrichment system to measure, restore and preserve biodiversity in natural environments.

Product

Spectrum

Spectrum is a headphone entrainment system that guides users to improved homeostasis.

Product

Sphere

The Sphere is an acoustic entrainment system that guides users to improved homeostasis.

Project

The Sphere

The Sphere is an optimized environment for high-fidelity spatial sound experience and measuring human response to sound at various levels.

Whitepaper

The Effects of Spatial Sound on Human Wellbeing

Emerging research into spatial sound provides a new field of study that may further our understanding of sound wave propagation and how to make use of its potential effects on human wellbeing.

The Sphere

Sound Holoscopy

Cymatics

Image Analysis

Frequency Independent Phase Shifter

Entrainment Method and System

Environmental Sound Loudspeaker

Method for Generating a Reverberation Audio Signal

Method and System For Improving a Physiological Condition of a Subject

Generating an Audio Signal Associated with a Virtual Sound Source

Resonant Phenomena of Faraday Waves: A Classification According to New and Existing Terms

A Frequency-Independent Phase Shifter

Exploration of Resonant Modes for Circular and Polygonal Chladni Plates

Effects of Sound Immersion on Emotional Wellbeing and Homeostasis

Resonant Phenomena of Sound Waves and their Expression in Physiology

Resonant Phenomena of Faraday Waves: Reproducibility

Effects of Sound Immersion on In Vitro Blood Cells

Deviations in Sound Waves Associated with Physiological and Psychological States

A Frequency Independent Phase Shifter

Sound Wave Propagation on a Chladni Plate

Experimental Investigation of Deviations in Sound Reproduction

A Taxonomy of Sound-Induced Faraday Wave Phenomena

POP

Spectrum

Sphere

The Sphere

The Effects of Spatial Sound on Human Wellbeing

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