| 1 | T. Kelly, 'The Myth of the Skytale' (2010) | View Link | Historical foundation for helical volume mapping. | Historical |
| 2 | S. Singh, 'The Code Book: The Science of Secrecy from Ancient Egypt to Quantum Cryptography' (1999) | Textbook | Contextualizes physical to digital coordinate keys. | General Crypto |
| 3 | N. Bourbakis & C. Alexopoulos, 'Picture data encryption using scan patterns' (1992) | View Link | Justifies non-raster scanning paths for visual security. | Image Encryption |
| 4 | G. Chen et al., 'A symmetric image encryption scheme based on 3D chaotic cat maps' (2004) | View Link | Precedent for multi-dimensional spatial obfuscation. | Chaotic Systems |
| 5 | S. Li et al., 'Cryptanalysis of an image encryption scheme' (2006) | View Link | Identifies vulnerabilities in standard 2D maps (the "Small Dictionary" Problem). Encryption process relies on a mathematical mapping that is too rigid and has too few "moving parts." | Cryptanalysis |
| 6 | B. Moon et al., 'Analysis of the Clustering Properties of the Hilbert Space-Filling Curve' (2001) | View Link | Mathematical proof for HFBT de-correlation efficacy. | Space-Filling |
| 7 | J. Quinqueton, 'A Locally Adaptive Peano Scanning Algorithm' (1981) | Archive | Early implementation logic for Peano/Hilbert traversals. | Recursive |
| 8 | T. H. Reiss, 'Recognizing planar objects using invariant image features' (1993) | Textbook | Defines spatial invariants ScyWeb must destroy. | Computer Vision |
| 9 | P. W. Shor, 'Algorithms for quantum computation' (1994) | View Link | Primary threat analysis for public-key infrastructure. | Quantum |
| 10 | L. K. Grover, 'Fast quantum search' (1996) | View Link | Calculates effective security of entropy pools. | Quantum |
| 11 | C. H. Bennett et al., 'Strengths and Weaknesses of Quantum Computing' (1997) | View Link | Supports the physical limits of quantum speedups. | Theoretical |
| 12 | C. E. Shannon, 'Communication theory of secrecy systems' (1949) | View Link | Justifies requirements for diffusion and masking. | Info Theory |
| 13 | R. Zhou et al., 'Quantum image Gray-code and bit-plane scrambling' (2015) | View Link | Justifies secondary layer of bit-level de-correlation. | Multi-layer |
| 14 | C. Li & G. Chen, 'On the security of a class of image encryption schemes' (2008) | View Link | Explores visual heuristic risks in multimedia. | Privacy |
| 15 | L.P. Yaroslavsky, 'Linking Analog and Digital Image Processing' (2011) | Textbook | Links analog scrambling to digital transposition. | Historical |
| 16 | M. A. Nielsen & I. L. Chuang, 'Quantum Computation and Quantum Information' (2010) | Textbook | Defines reversible quantum circuit logic. | Quantum Info |
| 17 | A. Montanaro, 'Quantum algorithms: an overview' (2016) | View Link | Defines the oracle bottleneck complexity limits. | Algorithmic |
| 18 | G. Brassard et al., 'Quantum Amplitude Amplification and Estimation' (2002) | View Link | Supports coherence barriers in verification steps. | Quantum Mech |
| 19 | D. E. Knuth, 'The Art of Computer Programming, Vol. 1: Fundamental Algorithms, 3rd Edition' (1997) | Textbook | Basis for unbiased Fisher-Yates (GPS) shuffle. | Algorithm |
| 20 | R. A. Fisher, 'Statistical Tables: Statistical Tables for Biological, Agricultural and Medical Research' (1938) | Archive | Historical anchor for randomized shuffling. | Statistical |
| 21 | R. Durstenfeld, 'Algorithm 235: Permutation' (1964) | View Link | Justifies O(N) linear-time execution of GPS. | Efficiency |
| 22 | C. Gidney & M. Ekerå, 'How to factor 2048 bit RSA integers in 8 hours using 20 million noisy qubits' (2021) | View Link | Benchmarks real-world quantum attack resources. | Benchmarking |
| 23 | J. Preskill, 'Quantum Computing in the NISQ era and beyond' (2018) | View Link | Defines hardware constraints of near-term devices. | Future Tech |
| 24 | P. W. Shor, 'Algorithms for quantum computation: discrete logarithms and factoring' (1994) | Archive | Reiterates threats to classical modular arithmetic. | Quantum Threats |
| 25 | D. L. Cook et al., 'CryptoGraphics: Secret Key Cryptography Using Graphics Cards' (2005) | View Link | Justifies GPU-accelerated canvas operations. | Parallel |
| 26 | A. G. Fowler et al., 'Surface codes: Towards practical large-scale quantum computation' (2012) | View Link | Qubit ratio used for attack difficulty scaling. | Error Correction |
| 27 | H. S. Warren, 'Hacker's Delight, 2nd edition' (2013) | Textbook | Math for Morton-Z bit-interleaving. | Math Logic |
| 28 | J. Skilling, 'Programming the Hilbert curve' (2004) | View Link | Recursive bit-manipulation logic for HFBT. | Implementation |
| 29 | A. J. Menezes et al., 'Handbook of Applied Cryptography' (2018) | Textbook | Standard for block cipher evaluations. | Core Reference |
| 30 | B. Schneier, 'Applied Cryptography Protocols, Algorithms, and Source Code in C' (1996) | Textbook | Establishes CBC benchmarks for fractal geometry. | Core Reference |
| 31 | G. M. Morton, 'A Computer Oriented Geodetic Data Base; and a New Technique in File Sequencing' (1966) | Archive | Original source for Morton-Z (MZMO) logic. | Primary Source |
| 32 | M. Bader, 'Space-Filling Curves: An Introduction with Applications in Scientific Computing' (2012) | Textbook | Adjacency-preserving mapping theory. | Geometric |
| 33 | J. Katz & Y. Lindell, 'Introduction to Modern Cryptography' (2020) | Textbook | Theoretical framework for diffusion saturation. | Contemporary |
| 34 | D. R. Stinson, 'Cryptography: Theory and Practice' (2017) | Textbook | Math proof for recursive XOR chaining. | Math Proof |
| 35 | NIST, 'Report on Post-Quantum Cryptography' (2016) | View Link | Standard for evaluating quantum-safe tools. | Gov Standard |
| 36 | P. Kaye et al., 'An Introduction to Quantum Computing' (2007) | Textbook | Quantum gate logic for oracles. | Academic |
| 37 | N. Biggs, 'Discrete Mathematics' (2003) | Textbook | Combinatorial search space derivation. | Combinatorics |
| 38 | H. Robbins, 'Remark on Stirling's formula' (1955) | View Link | Models super-exponential search space growth. | Calculus |
| 39 | Z. Wang et al., 'Image quality assessment' (2004) | View Link | SSIM metric for visual non-recognition proof. | Quality |
| 40 | T. M. Cover, 'Elements of Information Theory' (2005) | Textbook | Mutual information reduction limits. | Info Theory |
| 41 | X. Zhang, et al., 'A Chaos-Based Image Encryption Technique Utilizing Hilbert Curves and H-Fractals' (2019) | View Link | Hybrid fractal-chaotic methodology support. | Hybrid Systems |
| 42 | D. R. Stinson, 'Cryptography: Theory and Practice' (1995) | Archive | Foundational logic for stream dependencies. | Technical |
| 43 | D. J. Bernstein, 'Post-quantum crypto' (2017) | View Link | Authoritative post-quantum resilience validation. | Peer Reviewed |
| 44 | M. Schlosshauer, 'Decoherence and the Quantum-To-Classical Transition' (2007) | Textbook | Physics of environmental quantum noise limits. | Quantum Phys |
| 45 | W. H. Zurek, 'Quantum origins' (2003) | View Link | Reinforces Decoherence Wall security barrier. | Quantum Phys |
| 46 | B. M. Terhal, 'Quantum error correction' (2015) | View Link | Overhead logic for quantum attack impossibility. | Engineering |
| 47 | T. Kelly, 'The Myth of the Skytale' (2011) | Archive | Modern deep-dive into Spartan geometric return. | History |
| 48 | H. Feistel, 'Cryptography and Computer Privacy' (1973) | View Link | Strict Avalanche Criterion (SAC) validation. | Principles |