Table of Tables
SECTION 1: CYBER-HUMAN SYSTEMS (CHS)
- The Technological Future – Merging with Machines [Toebes] √
- CHS Sensors and the Law (Lonstein) √
- Artificial Brains and Body (Mumm) √
- AI / ML And Agriculture And Food Industries [Nichols, Hood, Sincavage]
4-1 Sensors and Types of Measures considered by the Respective Sensors
5. The Reality of Cyborgs and the Look of the Future (Johnson) √
5-1 Ryan Nichols Risk Assessment: Wireless Components Of Cyborgs. The Risk, Threats & Counter Measures Are Derived From The Authors Experience And Nichols & Lekkas
5-2 Ryan-Nichols Risk Assessment Lethality Legend
6. Machines Hacking Machines – Turing’s Legacy (C. Carter) √
7. Management Challenges for Mixed Human-Machine Teams (Ryan) √
8. NeuroStrike – The Cyber, Cognitive, Nanotech and Electronic Gateway to Mindfully impaired Metaverse (McCreight) √
SECTION 2: SPACE THREATS
9. Biological Threats and Growth in Space (Sincavage) √
10. Space Electronic Warfare (Nichols) √
10-1 Earth Satellite Ephemeris
10-2 Shows The Altitude Of A Circular Earth Satellite Versus The Period Of Its Orbit For Satellites With Periods Of 1.5 Hours To 9 Hours.
10-3 Selection Of Appropriate Propagation Loss Model
10-4 Uplink Losses
10-5 Downlink Losses
11. Space Systems Modelling and Simulation (Diebold) √
12. Deep Space Warfare and Space Dominance (Nichols) √
12-1 Principles Of Space War
12-2 Comparison And Interpretation Of Space Warfare Visions Grounded In Principles Of Space War
12-3 Abbreviated Pros And Cons Of Three Different Options For Manning A Space Armada
SECTION 3: SPACE WARFARE, HYPERSONICS, & MATERIALS
13. Progress in Hypersonic Missiles and Space Defense (Slofer) √
13-1 Comparison Of The Various Aircraft And Speed Ranges In The Sound Spectrum
13-2 Hypersonic Speeds And The Time To Cover 1000 Miles To A Target
13-3 List Of Countries With Alleged Hypersonic Devices And With Acclaimed Speeds And Distances
13-4 G-Force Comparison
14. The Rise of Cyber Threats in Space – Future of Cyberwar (Farcot) √
15 Strategy and Economics of Space Missions (Jackson) √
16. The Quantum Future of Space Warfare (Drew) √
16-1: Representation of numbers zero through five as binary numbers
17. Wireless Power for Space Applications (Khan) √
17-1 Comparison Magnetic Resonance and SCMR Systems
17-2 Electric And Magnetic Field Patterns
17-3 Transfer Efficiencies In % For Different 4-Tier Arrangements. Best Results Are Indicated For RRRR And RLLR Arrangements
