The Tesla Blueprint introduces Anna Towan’s NT3, NT6 and NT9 classification—an exploratory numerical framework applied to the periodic table and inspired by the recurring numbers 3, 6 and 9 associated with Nikola Tesla. This page embeds the Adobe Express presentation, identifies the permanent Figshare research record and explains how the work relates to Project Clock Codes: Chemical Chronocode, the third volume in the Project Clock Codes series.
Can a numerical overlay reveal patterns in the periodic table that are less visible in its conventional layout? This research presentation explores that question through three author-defined categories: NT3, NT6 and NT9.
The project is presented as a proposed interpretive classification rather than a replacement for established chemistry. Readers are invited to examine the method, compare it with standard periodic organisation and consider which observations could be measured, reproduced or tested further.
“It is the glory of God to conceal a matter, But the glory of kings is to search out a matter.”
Proverbs 25:2 expresses the devotional motivation behind searching for order and meaning. It is not scientific evidence for NT3, NT6 or NT9. Scientific evaluation depends on clearly defined rules, transparent data, comparison with accepted chemistry and results that other researchers can test.
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What the NT3, NT6 and NT9 Research Proposes
The presentation describes the study as a reconceptualisation of the periodic table through a 3-6-9 numerical principle associated with Nikola Tesla. It proposes that the NT3, NT6 and NT9 classifications may highlight concealed elemental patterns and possible relationships involving chemical interaction, quantum science and advanced technology.
NT3
An author-defined classification for elements or positions associated with the project’s 3-pattern. Its precise inclusion rule should be read in the research resource. NT means Nikola Tesla.
NT6
An author-defined classification for the project’s 6-pattern, intended to be studied alongside NT3 and NT9 rather than as a standard chemical group.
NT9
An author-defined classification for the project’s 9-pattern. Here, “NT9” names a periodic-table category and should not be confused with unrelated scientific abbreviations.
Tesla inspiration
Nikola Tesla provides the numerical inspiration for the model. Inspiration by a historical figure is distinct from demonstrating that Tesla developed or endorsed this particular classification.
Research Record and Citation
Towan, Anna (2025). NT3, NT6, NT9: A Novel Classification of the Periodic Table Inspired by Nikola Tesla’s Universal Key. Figshare. Online resource.
A DOI provides a stable identifier for locating and citing the deposited resource. A Figshare deposit makes the work accessible as an online research object; the deposit itself should not be described as proof that the proposed classification has been independently validated or peer reviewed.
Established Chemistry and the Proposed Numerical Overlay
| Knowledge layer | What it means on this page | How readers should approach it |
|---|---|---|
| Established | The standard periodic table organises chemical elements by increasing atomic number into periods and groups, allowing recurring properties and trends to be studied. | Use established chemistry references, measurements and independently reproduced evidence. |
| Proposed | NT3, NT6 and NT9 are Anna Towan’s alternative numerical categories applied as an interpretive overlay to the elements. | Read the definitions and method directly, then compare the categories with standard periodic trends. |
| To test | Claims that the categories reveal new chemical, quantum or technological relationships require precise, falsifiable predictions. | Ask whether another researcher can reproduce the grouping and whether it predicts observations better than existing models. |
For a conventional reference point, the American Chemical Society’s periodic-table introduction explains the established organisation by atomic number, periods, groups and recurring element properties.
Questions That Can Advance the Research
- What exact mathematical rule assigns an element to NT3, NT6 or NT9?
- Can two independent readers apply that rule and obtain the same classification?
- Which established properties—such as atomic radius, ionisation energy, electronegativity or electron configuration—correlate with each proposed category?
- Does the model generate a new prediction that differs from standard periodic trends?
- What observation would count against the model rather than support it?
- Can statistical testing distinguish a meaningful relationship from a coincidental numerical pattern?
Pattern recognition can begin a valuable investigation, but a pattern becomes a stronger research contribution when its rule is explicit, its predictions are testable and its results can be reproduced. Wonder asks the first question; disciplined testing helps determine what the pattern means.
2026 Update: Project Clock Codes Volume Three
Title: Project Clock Codes: Chemical Chronocode
Author: Anna Towan
Series position: Project Clock Codes, Volume 3
Publication year: 2026
Print length: 399 pages
ISBN-10: 1764633091
ISBN-13: 978-1764633093
The third volume extends the Project Clock Codes exploration into chemistry, numerical patterning, time and spirituality. The 2025 NT3, NT6 and NT9 research record provides direct background for readers interested in the book’s Tesla-inspired periodic-table material.
Browse the Project Clock Codes Shop View Chemical Chronocode on Amazon
Frequently Asked Questions
What are NT3, NT6 and NT9?
NT3, NT6 and NT9 are labels created by Anna Towan for a proposed numerical classification of the periodic table. They represent the project’s 3, 6 and 9 categories and are not standard IUPAC group names.
Is this intended to replace the standard periodic table?
No. The clearest way to understand the project is as an exploratory numerical overlay. The conventional periodic table remains the established scientific framework for organising elements by atomic number and recurring chemical properties.
Has the research been peer reviewed?
The supplied citation identifies the work as a 2025 Figshare online resource. A public repository record and DOI support access and citation, but do not by themselves establish independent peer review or validation.
Where can I read or cite the research?
Use the permanent Figshare DOI: https://doi.org/10.6084/m9.figshare.28425260.v1.
What is Project Clock Codes: Chemical Chronocode?
It is Anna Towan’s third Project Clock Codes volume, published in 2026. The book expands the project’s investigation of chemistry, numerical patterns, time and spirituality and is available through the Project Clock Codes shop and Amazon.
Why include both the presentation and written explanations?
The embedded presentation provides the visual introduction, while the visible article text supplies searchable definitions, citation details, scientific distinctions and book information that readers and search systems can understand without interpreting an iframe.
About This Post
This page introduces an author-created research framework, preserves its permanent citation and connects it with a related book release. Descriptions of what the model may reveal are attributed to the presentation or author. They are not presented as established chemical findings without independent testing.
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The Tesla Blueprint Figshare Research Record Project Clock Codes Bookshop
Research title, summary language and DOI were taken from the supplied Figshare citation and the public Adobe Express presentation. Book identity and edition details were checked against the supplied Amazon listing and public catalogue information. Scripture is quoted from the New King James Version (NKJV). Proposed scientific interpretations are identified separately from established chemistry.
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