SOUND FOR AGING
Sound for Aging
Mobile App for Cognitive Decline

Sound for Aging
Mobile App

A non-invasive audio based therapy for Alzheimer's and dementia

Learn About the Science

The Established Science Behind our Product

Gamma brain waves are the fastest brain waves, associated with highly alert brain states critical for reasoning and memory. However, gamma brain activity is significantly impaired in the brains of those with dementia and other neurological conditions.

Fortunately, a new class of non-invasive treatments has come to light. Multiple clinical studies (at MIT, Stanford, and beyond) have shown great promise for the use of gamma sensory stimulation for the treatment of age related cognitive decline. By exposing the patients to visual and / or audio pulses at 40Hz (40 per second) these therapies help to elicit increased gamma wave brain activity, thereby slowing patients' cognitive decline and potentially restoring the brain itself.

Our product capitalizes on this groundbreaking research, with a special focus on sound (drawing on our founder's expertise in sound and psychoacoustics). We hope to bring a more affordable, yet fully effective (and clinically studied) 40 Hz application to the market.

  View Our Approach

Woman with Phone and Headphones

OUR APPROACH &
ADVANCEMENTS

Our Approach: Using Sound Alone:

Our product focuses on sound alone as a therapeutic tool, for these reasons:

1) We feel that sound is less invasive. A patient can go for a walk while listening to therapeutic sound, and still navigate their surroundings with no complications.

2) Blinking light (stroboscopic light) is more prone to causing serious adverse effects in users, like migraines and even seizures.

3) It's impossible to use a stroboscopic light based product while driving.

4) In many cases, the perception of blinking light is weakened when not in one's direct view, which is why some products require the user to wear special glasses, or sit directly in front of their light product. Sound, on the other hand, can be perceptually effective even when the source is separated from the user.

Existing Technologies and Their Potential Issues:

Current gamma wave therapy methods often rely on short bursts of 40Hz stimuli, and require prolonged exposure, lacking easy integration into daily activities. MIT research has shown promising results in using 40Hz flickering lights and sound pulses to slow brain volume loss and functional decline in Alzheimer’s patients. However, the use of stroboscopic lights at 40Hz has proven to be uncomfortable and potentially dangerous for some users. 40Hz isochronic tones (fast bursts of audio) are also irritating for many patients.

The standard gamma 40Hz click sound

Our Proposed Advancements

User-Controlled Comfort: Introducing customizable comfort-level-sliders (allowing the user to fade in the amount of background masking, or to elongate the audio bursts) for more tolerable, long-duration listening seesions. This ensures patient comfort without sacrificing efficacy. Less masking may be more effective, but is likely tolerable for shorter periods.

40Hz Modulated Music: Introducing modulation of any sound (such as music in a Spotify playlist) with a subtle 40Hz pulse, enhancing comfort and integrating therapy more seamlessly into daily life activities.

Imperceptible Audio Pulse: This is our primary advancement – through interspersing the primary sound bursts between specially filtered white-noise bands, we hope to deliver an effective 40Hz therapy that is perceived as a constant background noise, with no agitating side effects.

40 Hz Audio Pulse with Interspersed Masked Noise (SEE IMAGE BELOW)

Audio Waveforms

TEST OUR PRODUCT

Sound for Aging

by Sound Applications




Pulse Shape: Square Wave Hanning Window

(1.0 ms)

0.0 - 1.0
0.5

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THE DEVELOPMENT PROCESS

Where we are and where we're headed...

  • CURRENT PHASE
    APP R&D
  • Web Application MVP Complete
  • Features: User Customization Sliders
  • Includes: 40 Hz Pulse (standard or masked)
  • Plus: 40 Hz pulsed music file
  • Next Step

    Clinical Studies

  • PHASE II
    CLINICAL STUDY
  • Goal: Secure University Collaborator
  • Test Multiple Audio Configurations
  • Ensure Effectiveness in Target Demographic
  • Remove, Improve, and Update
  • Next Step

    Release Mobile App

  • APP RELEASE & FUTURE
  • Get user feedback on app
  • Improve and augment in response
  • Begin development of hardware device
  • Seek additional financial support
  • Next Step

    Device Release

    And Beyond...

MEET THE FOUNDER

Sound Applications' Founder Peter Leonard

Sound Applications' founder Peter Leonard

has a background in the arts, science, and tech. He holds a MA in Music Science and Technology from Tulane University, a BA in Integrative Arts from Penn State University, and a certificate in electronic music composition from the Centre de Création Musicale Iannis Xenakis (Paris).

Peter's scholarly research focuses on software development for audio encryption, electronic instrument design, and medical applications for sound. His articles have been featured in the Journal SEAMUS. He has worked for the past 12 years as a software developer and creative coder. Peter is also a passionate educator who has taught at Tulane University and numerous high schools, often in special education and music therapy. He has also created and led a large number of community workshops on various topics including robotics, homemade instrument building, visual arts, and music theory.

CONTACT US

Let's get in touch. Send us a message:

New Bedford, MA

Phone: (267) 290-0854

Email: pleonardmusic @ gmail.com