MJos Quantum Security - Terminology and reconciliation
MJos Quantum Security / Grey
MJ Physics Engineering | Bangel Language | MJos Operating System
Owned and operated by Michael Bangel | Clearwater, Florida
CANONICAL PROJECT NAME
MJos Quantum Security
DEFINITION
The associated-core source index records entropy health, protection, policy, receipts and self-healing-key modules.
RELATIONSHIP
Related to the existing Quantum Systems and Hagar / Water Protection entries; older bridge and policy filenames retain private source provenance.
CURRENT FAMILY TERMINOLOGY
MJ Physics Engineering: company identity.
Bangel Language: language identity.
Elsa: the compiler.
JP: the explicitly versioned representation; protocol and profile remain distinct.
Joanna: runtime, processing and execution evidence.
MJos Operating System: operating-system identity; the name does not establish a bootable implementation.
MJos Predictive Model: separately identified predictive model; forecasts remain distinct from observations and authority.
MJ: governing context and bounded permission where an applicable profile supplies it.
PROJECT TYPES
- NoisePacket: source and observed bytes
- EntropyHealth: declared bounded tests
- RiskSignals: authentication, traffic and integrity
- KeyEvent: provision, rotation or compromise
EQUIVALENCE RULE
Related names aid discovery. They do not merge capability, mathematical meaning, evidence state or permission boundaries.
DISCOVERY NAMES
mjos_qs; Quantum Security
These names aid search; current compiler naming remains Elsa.
SOURCE STATUS AND LIMITS
The later Teal library indexes named source modules and hashes. Discovery does not establish a fresh build, full integration or physical validation.
Recovered status: source_index_recovered.
Index evidence does not establish current cryptographic assurance, hardware certification or quantum security.
SOURCE REFERENCES
- Later Teal source index, page 998
https://drive.google.com/file/d/1JytulokwWY5yHnSqcajL_oQQ_jJQEoAx/view#page=998
- Later Teal source index, page 1000
https://drive.google.com/file/d/1JytulokwWY5yHnSqcajL_oQQ_jJQEoAx/view#page=1000
- Later Teal source index, page 1003
https://drive.google.com/file/d/1JytulokwWY5yHnSqcajL_oQQ_jJQEoAx/view#page=1003
- Later Teal source index, page 1006
https://drive.google.com/file/d/1JytulokwWY5yHnSqcajL_oQQ_jJQEoAx/view#page=1006
- Later Teal source index, page 1007
https://drive.google.com/file/d/1JytulokwWY5yHnSqcajL_oQQ_jJQEoAx/view#page=1007
RECOVERED HISTORICAL CONTEXT
- Historical scope: Governed security architecture linking cryptographic migration, artifact integrity, entropy governance, bounded recovery and evidence receipts.