We apply the Information-Theoretic Unification (ITU) framework (Terada 2026, concept DOI 10. 5281/zenodo. 20109209; current version v2. 0. 0 at 10. 5281/zenodo. 20133709) to communications and networks. Shannon's information theory is shown to be a special case of the ITU axiom deltaS = delta (K), with H (X) = (K) /ln2 and channel capacity = max modular K-flow. This is Tier 1 paper #14, opening the K-channel axis and bringing the ITU polytope to 14 vertices. Communications achieves degree 9, tying with Climate (#11) as the polytope's maximum-connectivity super-hub. Pass-1 progress: 98 of 220 phases (44. 5%). Phase 95: ITU foundation. Shannon H (X) = (K) /ln2 in ITU language; channel capacity C = max modular K-flow. Internet traffic 2024 = 500 EB/month, doubling period 2. 9 years, forecast 20, 000 EB/mo by 2050 (40x growth). Mobile evolution 1G to 6G: bandwidth 2 kbps to 1 Tbps (5e8x), latency 1000 ms to 0. 1 ms (10000x improvement). Satellite constellations: 7, 550 currently to planned 60, 506 total (8x expansion). Quantum communication (Micius satellite 1, 200 km QKD) demonstrates ITU axiom realization in physical observable. Phase 96: 6G + Quantum Internet + Federated Learning. IMT-2030 (6G) targets: 1 Tbps peak (50x 5G), 10 Gbps user (100x), 0. 1 ms latency (10x), 10⁷ devices/km², 100x energy efficiency. Quantum Internet Wehner 2018 6-stage roadmap: Stage 0-1 (trusted node, QKD) commercial 2024; Stage 2 (entanglement distribution) 2030; Stage 5 (distributed quantum computing) 2045. Federated Learning (McMahan 2017): centralized 0. 994 accuracy, federated 0. 979, local-only 0. 698 — federated preserves privacy at minimal accuracy cost. Edge AI latency hierarchy: device 0. 5 ms, 6G edge 0. 5 ms (2030), regional DC 20 ms, cloud 80 ms, satellite 30 ms. Phase 97: Industry, economy, digital divide. Global ICT market: 5. 3T (2024) to 30T (2050), Telecom subset 1. 6T to 8T, AI subset 200B to 15T. Annual CapEx: 226B (2024, 5G dominant) to 655B (2050, Quantum 300B largest). Digital divide: world average 62% (2024) with 3. 17B offline to 93% (2050) with 0. 65B offline (80% reduction). Sub-Saharan Africa 40% to 90%, LDCs 27% to 80%. 6G patents: China 40%, USA 35% (combined 75% — standardization war risk). Satellite geopolitics: Starlink (USA) 42, 000 planned vs Guowang (China) 13, 000 planned. Phase 98: 2026-2050 roadmap with 16 milestones and 10 falsifiable predictions (Pₐvg = 0. 57). Key milestones: 2028 IMT-2030 6G spec, 2030 6G commercial + Q-internet Stage 2, 2032 Starlink 42K complete, 2035 Q-memory network, 2045 distributed Q-compute, 2050 99. 5% global penetration. Central thesis: communications is K-channel transport of Kᵢnformation between subsystems. Shannon capacity = max modular K-flow makes communication engineering a direct application of ITU axiom. Quantum internet directly observes deltaS = delta (K) through entanglement-based protocols. 6G + Quantum + Federated Learning forms a 3-layer K-flow architecture (classical channel + quantum state + distributed Kₛelf) supporting Embodied AGI (Tier 1 #13). The ITU 14-vertex polytope completes with K-channel axis. Communications vertex bidirectionally connects to 9 other vertices — tying with Climate as the polytope's super-hub. Honest framing: Pass-1 interpretive paper reframing Shannon (1948), Wehner-Elkouss-Hanson (2018), McMahan (2017), ITU-R IMT-2030 (2023), NIST PQC FIPS 203/204/205 (2024), 3GPP Release 19 (2024), Pan Jianwei Micius (2017-2024), SpaceX Starlink, World Bank broadband economics, Gartner/IDC ICT forecasts in ITU language. Numerical results match established literature. Includes 4 theory documents, 4 Python numerical experiments, 4 figures (PNG), 4 JSON summaries. Total runtime ~15 seconds.
Munehiro Terada (Sat,) studied this question.