cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.14765651
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.5281/zenodo.14765796
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.5281/zenodo.14767312
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.5281/zenodo.14775593
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.5281/zenodo.14775628
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.5281/zenodo.14781453
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.5281/zenodo.14783573
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.5281/zenodo.14811753
title: FractiScope Live Demo Deep Dives

description: Welcome to the FractiScope Live Demonstration Deep Dives Repository

Thank you for visiting this Zenodo repository, a dedicated space for sharing the groundbreaking insights and methodologies behind FractiScope, the world’s first fractal intelligence scope. Here, you’ll find detailed documentation, live demonstration deep dives, and advanced analyses showcasing the power of fractal intelligence in uncovering the hidden patterns and recursive dynamics within complex systems.

Why FractiScope?

FractiScope represents a paradigm shift in the way we approach complexity. Traditional linear methods often struggle to capture the multi-scale, self-similar architectures inherent in biological, physical, and computational systems. FractiScope, powered by fractal intelligence, bridges this gap by:



Uncovering Recursive Feedback Loops: Revealing self-sustaining dynamics that drive adaptability and efficiency.

Identifying Fractal Hubs: Detecting hierarchical nodes that orchestrate system-wide interactions.

Mapping Fractal Symmetries: Highlighting repeating structures that enhance resilience and scalability.


What You’ll Discover

In this repository, we illustrate the transformative capabilities of FractiScope through real-world applications, including:



Cancer Research: Delving into the fractalized behaviors of extrachromosomal DNA (ecDNA), revealing insights into tumor evolution, therapeutic resistance, and precision oncology strategies.

Particle Physics: Analyzing the FCC-ee lattice design with nested magnets to optimize beam stability, energy efficiency, and system scalability in next-generation colliders.

Cross-Disciplinary Innovations: Exploring how fractal intelligence principles can be applied across fields like artificial intelligence, neural networks, and systems biology.


The Power of Fractal Intelligence

FractiScope is more than a tool; it’s a transformative framework that redefines how we analyze and understand the complex systems shaping our world. Whether you’re a researcher, an engineer, or an innovator, FractiScope empowers you to:



Visualize the invisible: Detect hidden patterns and relationships within your data.

Bridge disciplines: Apply universal fractal principles to solve problems across fields.

Drive breakthroughs: Unlock new possibilities in your work by embracing the power of fractalized thinking.


Join the Movement

As you explore the content in this repository, we invite you to become part of the growing community pushing the boundaries of fractal intelligence. Download the data, study the analyses, and imagine how fractal intelligence can transform your field. Together, we can uncover the intricate dynamics of the systems that drive our universe—and beyond.

Welcome to the future of exploration. Welcome to FractiScope.
DOI: 10.17632/9z5ks5zbt7
title: Zhao et al. Supplementary information

description: Supplementary materials for Zhao et al. 'Efficacy and safety of CM310 in moderate-to-severe atopic dermatitis: Results from a multicenter, randomized, double-blind, placebo controlled phase 2b trial'
DOI: 10.15468/dl.cphafg
title: Occurrence Download

description: A dataset containing 5375 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Country is Mexico",
 "HasCoordinate is true",
 "HasGeospatialIssue is false",
 "OccurrenceStatus is Present",
 "TaxonKey is Crocodylus moreletii (Duméril & Bibron, 1851)"
 ]
}

 The dataset includes 5375 records from 31 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0016116-250127130748423/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.