Iannetti Studies – Home of the Rosetta Wheel™

Research · Documentation · Archival Record
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Latest Update

In 2026, independent research by Ashley Iannetti was published in the peer-reviewed journal BioSystems (Elsevier).

A Conserved Systems-Level Constraint in Biological Acoustic Signaling

This study shows that when biological sounds are placed on the same scale (normalized frequency space), their energy patterns are not random. Instead, they follow consistent structures across different species.

This suggests a broader systems-level constraint in biological acoustic signaling, meaning there may be a shared underlying pattern in how sound is organized in nature.

Author: Ashley Iannetti

Journal: BioSystems (Elsevier)

Status: Published (2026)

DOI:
https://doi.org/10.1016/j.biosystems.2026.105758

👉 Read the Published Paper

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Applying the Rosetta Wheel™ Framework Across Signal Domains

The Rosetta Wheel™ Framework is an independent research framework developed by Ashley Iannetti through Iannetti Studies. It explores whether structural relationships within complex systems can be compared through normalization and shared reference mapping.

Within this framework, Normalized Frequency Space (NFS) is used to transform signals into a common analytical space, allowing structural relationships to be explored independently of their original scale.

Originally developed through bioacoustic research, the framework has since been preliminarily explored across additional signal domains, including physiological, neural, and engineering datasets.

Potential Areas of Interest

Open to research collaborations, consulting opportunities, speaking engagements, and applied testing projects.

Learn More → Applications & Collaborations

About

Iannetti Studies is an independent research project led by Ashley Iannetti, focused on identifying structural and mathematical constraints that recur across biological signaling systems, symbolic systems, and complex signal environments.

The current public work documents the Rosetta Wheel™ framework and related cross-domain structural methods. Additional applications are being developed across bioacoustics, physiological signals, neural signal analysis, engineering datasets, and broader signal-processing problems.

The purpose of Iannetti Studies is to document, test, and develop cross-domain structural methods while preserving authorship, research records, and future collaboration opportunities.

First-Run Printed Set

ROSETTA WHEEL™ Printed Introductory Set

First-run ROSETTA WHEEL™ printed introductory sets are being assembled through Iannetti Studies. Each set includes a printed brochure, public booklet, and symbolic systems teaching packet.

Brochure • Public Booklet • Teaching Packet

View First-Run Printed Set →

Authorship & Copyright

Original manuscripts, written materials, visual works, diagrams, figures, card descriptions, teaching materials, datasets, layouts, and other expressive materials created by Ashley Iannetti / Iannetti Studies are protected under copyright law.

Copyright registration has been formally recorded with the United States Copyright Office for the registered Rosetta Wheel written work. Additional files and materials have been timestamped and cryptographically authenticated using the Rosetta Wheel authorship hash.

SHA-256 Authorship Hash:
9a11c8906024e6d7f4aa7d87f205c895f5543e50feeaf7bfefc77242483b4b61

© 2026 Ashley Iannetti. All rights reserved.
ROSETTA WHEEL™ is used as a trademark of Ashley Iannetti / Iannetti Studies.

For permitted use, restrictions, citation, and licensing requests, see the Licensing & Use page.

Contact

For academic, editorial, institutional, or research correspondence, please contact:
contact@iannettistudies.org

Editors, peer reviewers, journal staff, museum curators, research institutions, or scholars interested in:

  • reviewing the Rosetta Wheel Harmonics framework
  • requesting interview or publication rights
  • inviting collaboration or academic evaluation
  • commissioning an article, paper, or lecture
  • verifying authorship and timestamped discoveries

are encouraged to reach out directly. All communications are reviewed confidentially.
Please include your name, organization, and purpose of inquiry for fastest response.

Selected Publications