Protocol Specification & Master Equation
Unified AEA Equation, Scale Invariance & 7-Vector State Tensor
Addresses precede transportation. In Einstein’s 4D Block Universe (Eternalism), an address must uniquely index any point in spacetime without assuming an Earth-fixed stationary reference frame. AEA unifies celestial host identification, ICRF3 quasar orientation, continuous TAI atomic time, geoid-calibrated ellipsoidal altitude, BCRS orbital velocity, and geopotential into an immutable 7-vector cryptographic hash token.
- Standard
- ISO 19111 BCRS / AEA Unified 7-Vector
- Primary Frame
- ICRF3 Extragalactic Quasars
- Time Lock
- IPTA Continuous Atomic TAI
- Binary Payload
- 92 Bytes (Big-Endian)
- Integrity Seal
- SHA-256 Cryptographic Hash
- Memory Footprint
- Zero Dynamic Heap Allocations
Unified canonical serialization anchoring coordinates to the absolute ICRF3 quasar grid, planetary gravitational barycenter, continuous atomic time, geoid-cleared ellipsoidal datum, relativistic velocity, attitude quaternions, and environmental footprint layer.
Environmental safety parameters preventing atmospheric implosion shockwaves, thermal shock, and topographic occlusion.
1. The Foundational Axiom: Addresses Precede Transportation
Classical human navigation relies on a silent, unstated assumption: that the Earth is stationary beneath our feet. Street addresses require geopolitical boundaries that mutate across decades. GPS coordinates (latitude and longitude) define a two-dimensional patch on an arbitrary reference ellipsoid, treating altitude as an uncalibrated secondary measurement and time as a detached metadata tag.
In Einstein’s four-dimensional Block Universe, time is not an external counter running outside reality—it is a physical coordinate axis inseparable from space. Because Earth spins at 1,600 km/h, orbits the Sun at 107,000 km/h (≈29.78 km/s), and hurtles through the Milky Way at 828,000 km/h (≈230 km/s), any coordinate that lacks an astronomical reference frame points to empty space the instant its epoch passes.
The Abrams Event Address (AEA) was conceived to answer a foundational thought experiment: If displacement across spacetime were possible, what mathematical protocol would be required to declare where and when an event occurs with deterministic, reproducible finality?
2. The 7-Vector State Architecture
The protocol standardizes telemetry into seven orthogonal vectors serialized into a compact 92-byte big-endian binary payload:
| Vector Index | Vector Token | Underlying Physical Datum | Data Type | Byte Offset |
|---|---|---|---|---|
| Vector 1 | BODY | NASA JPL NAIF Celestial Host ID (Earth = 399, Mars = 499) | u32 | 0–3 (4 bytes) |
| Vector 2 | ICRF3 | Orientation against 4,588 extragalactic quasars [X, Y, Z] | [f64; 3] | 4–27 (24 bytes) |
| Vector 3 | TAI | Continuous monotonic atomic seconds since J2000 epoch | f64 | 28–35 (8 bytes) |
| Vector 4 | ELLIPSOID | Geodetic coordinates corrected for geoid undulation [φ, λ, h] | [f64; 3] | 36–59 (24 bytes) |
| Vector 5 | VEL | BCRS heliocentric orbital velocity state vector [Vx, Vy, Vz] | [f64; 3] | 60–83 (24 bytes) |
| Vector 6 | GRAV | Local gravitational potential Φ (IUGG W0 = 62,636,856 m²/s²) | f64 | 84–91 (8 bytes) |
| Vector 7 | HASH | SHA-256 cryptographic integrity digest computed over bytes 0–91 | [u8; 32] | Immutable Seal |