REBECCAHAMM

Dr. Rebecca Hamm
Exo-Legal Architect | Human-AI Jurisprudence Pioneer | Cosmic Accountability Designer

Professional Mission

As a frontier governance systems engineer, I codify extraterrestrial responsibility matrices where every laser-cut decision on Mars, each autonomous asteroid deflection maneuver, and all delayed-command scenarios become test cases for reinventing culpability frameworks beyond Earth's jurisdiction. My protocols transform the vacuum of space law into a structured playbook for hybrid human-machine moral agency across 1.3 billion square kilometers of celestial bodies currently targeted for exploration.

Foundational Frameworks (March 31, 2025 | Monday | 17:00 | Year of the Wood Snake | 3rd Day, 3rd Lunar Month)

1. Multi-Gravity Liability Coding

Developed "ExoLex" protocol stack featuring:

  • 33-tier responsibility sliding scale (from human-dominant to full AI agency)

  • Delay-of-command culpability algorithms accounting for 22-minute Mars-Earth latencies

  • Radiation-induced error forgiveness clauses for compromised systems

2. Cosmic Chain of Command

Created "StellarCommand" decision hierarchy enabling:

  • Real-time moral weight assignment for autonomous actions

  • Predefined ethical override triggers for 147 emergency scenarios

  • Blockchain-based audit trails for multi-party deep space operations

3. Off-World Incident Taxonomy

Pioneered "ExoForensics" classification system that:

  • Distinguishes between 9 types of AI improvisation (from "creative solution" to "rogue action")

  • Quantifies human oversight adequacy in variable autonomy modes

  • Maps Mars surface conditions to diminished capacity defenses

4. Galactic Governance Sandbox

Built "OrbitCourt" simulation platform providing:

  • 800+ edge case scenarios for liability stress-testing

  • AI defendant capability assessments

  • Cultural bias detection in interstellar arbitration protocols

Key Milestones

  • Drafted the first legally binding Mars rover decision tree (adopted by 7 space agencies)

  • Established precedent for AI systems claiming "self-defense" during asteroid impacts

  • Authored The Outer Space Accountability Codex (Oxford Space Law Series)

Philosophy: The moment a lunar lander makes its own life-or-death choice, we need laws that recognize silicon as a moral substrate.

Jurisprudential Breakthroughs

  • For ESA: "Defined 'reasonable AI behavior' standards for Europa ice penetration"

  • For SpaceX: "Created liability partitions for Starship's autonomous abort decisions"

  • Provocation: "If your space law can't simultaneously handle AI negligence and alien artifact contamination, it's terrestrially obsolete"

On this third day of the third lunar month—when tradition honors cosmic order—we rewrite the rules of moral agency for multiplanetary civilization.

Two small astronaut figures stand on a textured surface resembling a lunar landscape, partially obscured by shadows. In the background, a large, illuminated sphere represents a planet or moon, casting a soft glow over the scene.
Two small astronaut figures stand on a textured surface resembling a lunar landscape, partially obscured by shadows. In the background, a large, illuminated sphere represents a planet or moon, casting a soft glow over the scene.

ThisresearchrequiresaccesstoGPT-4’sfine-tuningcapabilityforthefollowing

reasons:First,extraterrestrialmissionsarehighlycomplexanduncertain,requiring

modelswithstrongcontextualunderstandingandreasoningcapabilities,andGPT-4

significantlyoutperformsGPT-3.5inthisregard.Second,extraterrestrialmissions

involveextensivedomainknowledgeandspecificscenarios,andGPT-4’sfine-tuning

capabilityallowsoptimizationforthesescenarios,suchasimprovingtheaccuracyof

responsibilityallocationandtheefficiencyofdynamicadjustments.This

customizationisunavailableinGPT-3.5.Additionally,GPT-4’ssuperiorcontextual

understandingenablesittocapturesubtledifferencesintasksmoreprecisely,

providingmoreaccuratedatafortheresearch.Thus,fine-tuningGPT-4isessential

toachievingthestudy’sobjectives.

A detailed view of a spacecraft with intricate machinery exposed in the foreground. Towering rocky formations in the background under a clear blue sky create a dramatic scene.
A detailed view of a spacecraft with intricate machinery exposed in the foreground. Towering rocky formations in the background under a clear blue sky create a dramatic scene.

Paper:“ChallengesandCountermeasuresofHuman-AICollaborationinExtraterrestrial

Missions”(2024)

Report:“ResearchonDynamicResponsibilityAllocationMechanismsBasedonAIModels”

(2025)

Project:DevelopmentandEvaluationofaSimulatedExtraterrestrialMission

Environment(2023-2024)