{{DOMAIN_TITLE}} - DOI Research Infrastructure

Research Scope

This DOI instance publishes:

Zphero Architecture, Spherical chain, Geometric Distributed Data Interaction

Research, findings, demonstrations, models and more with a focus on the architecture devised by C.R. Kunferman in 2022 which presented a geometrically distributed nested sphere chain for the storage and addressing of immutable yet dynamic data points, similar to block chain technology but an entirely new architecture with added security, additional checks, and other implemented features that provide a wholly non-competing, complimentary, and unique solution to common blockchain issues.

Featured Research

Zphero Introduction
APROCS
Zphero Code
Geometric Automation of Security

Citation Information

All research published through this DOI instance uses standard citation formats and maintains full DMCA protections.

BibTeX

@article{{{BIBTEX_KEY}}, title = "{{PAPER_TITLE}}", author = "{{AUTHOR_NAME}}", journal = "{{DOMAIN_TITLE}}", year = {{YEAR}}, doi = "{{DOI_FULL}}", url = "https://doi.zphero.xyz/{{ZPHERO DATAPOINT ADRESS}}" }

APA

{{AUTHOR_NAME}} ({{YEAR}}). {{PAPER_TITLE}}. {{DOMAIN_TITLE}}. https://doi.zphero.xyz/{{ZPHERO DATAPOINT ADDRESS}}

About Zphero Infrastructure

Permanent

Sphere-chain immutable storage ensures research permanence

Accessible

Open access to full documents, media, experimentations, and repositories without membership.

Versioned

Tethered full version history with timestamps and metadata for all research with clearly auditable chain addressing by incremental and linear progression of address assignment through system.

Equadistant

Identical speed retreival resolution across chain via direct and targeted 3 step address targeting from singularity.

Standard

Compatible with traditional DOI citation formats

Protected

DMCA protections and licensing metadata included

Recognized

Relational and Retro-priority tethering of related or similar works on spheres

Access

Related Latest Version Version History Citation Only Objects

Content Protection Notice: All research published through this DOI instance is protected under DMCA provisions, and or specified licenses presented by the authors on a paper to paper case basis. Unauthorized reproduction, distribution, or modification is prohibited unless expressed otherwise by the author. See individual paper licensing for usage rights.