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  • 1 Introduction

    Line-graph inertia of roses and generalized theta graphs

    1 Introduction

  • 2 Preliminaries

    Line-graph inertia of roses and generalized theta graphs

    2 Preliminaries

  • 3 Path blocks

    Line-graph inertia of roses and generalized theta graphs

    3 Path blocks

  • 4 Singular elimination and the reduction

    Line-graph inertia of roses and generalized theta graphs

    4 Singular elimination and the reduction

  • 5 One boundary vertex: roses

    Line-graph inertia of roses and generalized theta graphs

    5 One boundary vertex: roses

  • 6 Two boundary vertices: generalized thetas

    Line-graph inertia of roses and generalized theta graphs

    6 Two boundary vertices: generalized thetas

  • 7 Comparison of the two reduced matrices

    Line-graph inertia of roses and generalized theta graphs

    7 Comparison of the two reduced matrices

  • 8 Multiplicity of the eigenvalue two

    Line-graph inertia of roses and generalized theta graphs

    8 Multiplicity of the eigenvalue two

  • 9 Position relative to the cyclomatic bound

    Line-graph inertia of roses and generalized theta graphs

    9 Position relative to the cyclomatic bound

  • 10 A partial extension to bridgeless cacti

    Line-graph inertia of roses and generalized theta graphs

    10 A partial extension to bridgeless cacti

  • 11 Exact computational verification

    Line-graph inertia of roses and generalized theta graphs

    11 Exact computational verification

  • 12 Related work

    Line-graph inertia of roses and generalized theta graphs

    12 Related work

  • 13 Limitations

    Line-graph inertia of roses and generalized theta graphs

    13 Limitations

  • Data and reproducibility

    Line-graph inertia of roses and generalized theta graphs

    Data and reproducibility

  • Declarations

    Line-graph inertia of roses and generalized theta graphs

    Declarations

  • Declaration of generative AI and AI-assisted technologies in the manuscript preparation process

    Line-graph inertia of roses and generalized theta graphs

    Declaration of generative AI and AI-assisted technologies in the manuscript preparation process

  • Author Information and Correspondence

    Line-graph inertia of roses and generalized theta graphs

    Author Information and Correspondence

  • 1 Introduction

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    1 Introduction

  • 2 Definitions and notation

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    2 Definitions and notation

  • 3 Attachment formulas for pendant trees

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    3 Attachment formulas for pendant trees

  • 4 Counterexamples to 2-core monotonicity

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    4 Counterexamples to 2-core monotonicity

  • 5 Bounds at fixed cyclomatic number

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    5 Bounds at fixed cyclomatic number

  • 6 Pendant attachments on extremal cores

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    6 Pendant attachments on extremal cores

  • 7 Computational verification

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    7 Computational verification

  • 8 Relationship to previous work

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    8 Relationship to previous work

  • 9 Limitations and open problems

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    9 Limitations and open problems

  • Appendix A Additional proof details

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Appendix A Additional proof details

  • Appendix B Exact certificates for the principal examples

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Appendix B Exact certificates for the principal examples

  • Appendix C Computational details and package scope

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Appendix C Computational details and package scope

  • Author contributions

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Author contributions

  • Funding

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Funding

  • Disclosure statement

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Disclosure statement

  • Use of generative AI and AI-assisted tools

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Use of generative AI and AI-assisted tools

  • Data availability statement

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Data availability statement

  • Licence

    Line-Graph Signature Beyond the 2-Core: Exact Counterexamples, Rooted Response, and Extremal Constructions at Fixed Cyclomatic Number

    Licence

  • 1 Introduction

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    1 Introduction

  • 2 Preliminaries

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    2 Preliminaries

  • 3 The seed counterexample

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    3 The seed counterexample

  • 4 Rooted-module attachment

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    4 Rooted-module attachment

  • 5 A signature amplifier

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    5 A signature amplifier

  • 6 Unbounded signature on a restricted graph class

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    6 Unbounded signature on a restricted graph class

  • 7 Four-subdivision transfer and prior period-four reduction

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    7 Four-subdivision transfer and prior period-four reduction

  • 8 Fixed-signature families

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    8 Fixed-signature families

  • 9 Exact classification of three-cycle chains

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    9 Exact classification of three-cycle chains

  • 10 Reproducibility

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    10 Reproducibility

  • 11 Discussion

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    11 Discussion

  • Appendix A Exact amplifier congruence certificate

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    Appendix A Exact amplifier congruence certificate

  • License

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    License

  • Author information

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    Author information

  • Declaration of generative AI and AI-assisted technologies in the manuscript preparation process

    Unbounded Signature of Line Graphs: Counterexamples and Transfer Principles

    Declaration of generative AI and AI-assisted technologies in the manuscript preparation process

  • 1 Introduction

    A Counterexample to a Line-Graph Inertia Conjecture

    1 Introduction

  • 2 The graph

    A Counterexample to a Line-Graph Inertia Conjecture

    2 The graph

  • 3 Exact inertia certificate

    A Counterexample to a Line-Graph Inertia Conjecture

    3 Exact inertia certificate

  • 4 Reproducibility and scope

    A Counterexample to a Line-Graph Inertia Conjecture

    4 Reproducibility and scope

  • Appendix A Adjacency matrix of the line graph

    A Counterexample to a Line-Graph Inertia Conjecture

    Appendix A Adjacency matrix of the line graph

  • 1. Introduction and Research Question

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    1. Introduction and Research Question

  • 2. Scope, Method and Search Boundaries

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    2. Scope, Method and Search Boundaries

  • 3. AI-Enabled Cyber Threats

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    3. AI-Enabled Cyber Threats

  • 4. What the Union Already Possessed

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    4. What the Union Already Possessed

  • 5. Legal Authority and Model Access after 2 August 2026

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    5. Legal Authority and Model Access after 2 August 2026

  • 6. What the Action Plan Sequences

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    6. What the Action Plan Sequences

  • 7. Critical Infrastructure: Uneven Absorption

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    7. Critical Infrastructure: Uneven Absorption

  • 8. Strategic Dependencies

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    8. Strategic Dependencies

  • 9. Alternative Interpretations and Falsifiers

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    9. Alternative Interpretations and Falsifiers

  • 10. Indicator Register

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    10. Indicator Register

  • 11. Conclusion

    From Rules to Resilience: Assessing the EU's 2026 Action Plan on Cybersecurity and Artificial Intelligence

    11. Conclusion

  • 1 Introduction

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    1 Introduction

  • 2 The response mechanism for an added edge

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    2 The response mechanism for an added edge

  • 3 Response protection

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    3 Response protection

  • 4 Transfer under four-subdivision

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    4 Transfer under four-subdivision

  • 5 Transfer under rooted amplifier attachment

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    5 Transfer under rooted amplifier attachment

  • 6 The generated equality class

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    6 The generated equality class

  • 7 Edge-extension consequences

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    7 Edge-extension consequences

  • 8 Computer-assisted verification of the finite obligations

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    8 Computer-assisted verification of the finite obligations

  • 9 Related work and scope of the contribution

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    9 Related work and scope of the contribution

  • 10 Limitations and open questions

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    10 Limitations and open questions

  • 11 Conclusion

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    11 Conclusion

  • Appendix A Finite local obligations

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Appendix A Finite local obligations

  • Appendix B The amplifier matrices

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Appendix B The amplifier matrices

  • Appendix C Reproducibility package

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Appendix C Reproducibility package

  • Data and code availability

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Data and code availability

  • CRediT author statement

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    CRediT author statement

  • Funding

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Funding

  • Competing interests

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Competing interests

  • Declaration of generative AI and AI-assisted technologies in the research and manuscript preparation process

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Declaration of generative AI and AI-assisted technologies in the research and manuscript preparation process

  • Author information and correspondence

    Response Protection for Line-Graph Equality Families: Transfer under Edge Subdivision and Rooted Attachment

    Author information and correspondence

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