IndisputableMonolith.Information.EMLFromRecognition
The EMLFromRecognition module introduces Odrzywolek's EML operator as an oriented exp-log compiler gate built from ledger coordinates. It extends the Cost module with definitions for oriented ratios, subtractions, and recovery identities. Information theorists studying thermodynamic foundations cite this for bridging J-cost to exp-log operations. The module contains a collection of definitions and equalities without a single central theorem.
claimThe EML operator is realized as the oriented exp-log compiler gate from ledger coordinates, satisfying recovery of the exponential map, base $e$, logarithm, and subtraction via oriented ratios and costs.
background
Recognition Science derives physics from a functional equation involving the J-cost function. This module sits in the Information domain and imports the Cost module to access those cost definitions. It provides the EML operator, read as an oriented exp-log compiler gate from ledger coordinates, as described in the module documentation.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
This module feeds the IndisputableMonolith.Information aggregator, which collects the information-theoretic and thermodynamic foundation of Recognition Science. It fills the role of providing the oriented exp-log compiler gate, enabling connections between cost structures and classical exp-log operations. The module touches the information bridge in the Recognition framework.
scope and limits
- Does not claim independence from the Cost module import.
- Does not address the forcing chain T0 to T8 or spatial dimensions.
- Does not compute numerical constants such as the fine structure constant.
- Does not include mass formulas or phi-ladder constructions.
used by (1)
depends on (1)
declarations in this module (16)
-
def
eml -
def
orientedToRatio -
def
orientedFromRatio -
def
orientedSub -
def
orientedCompilerGate -
theorem
oriented_compiler_gate_eq_eml -
theorem
identity_terminal_kills_log -
theorem
eml_recovers_exp -
theorem
eml_recovers_e -
theorem
eml_recovers_log -
theorem
eml_recovers_sub -
theorem
reciprocal_cost_forgets_orientation -
theorem
eml_keeps_oriented_channels -
structure
EMLFromRecognitionCert -
def
emlFromRecognitionCert -
theorem
eml_from_recognition_cert_holds