RFT Master Parameters: The Calibrated Universe
The predictive power and internal consistency of Rendered Frame Theory are encapsulated within a fixed set of master parameters. These values were derived through rigorous calibration against multiple independent cosmological probes, and they represent the fundamental constants of the RFT framework.

Frozen Master Parameters:

Parameter	Value	Description	Notes
Ωf	212.76	Fundamental Frame-Rate Constant	The intrinsic frequency at which the cosmic frame is rendered.
∇c	0.0631	NexFrame Coupling Constant	Quantifies the influence of higher-dimensional geometric corrections.
p1,early	-0.5976	Early Frame Frame-Compression	Linear coefficient for effective time dilation in the early universe (z>2.5).
p2,early	4.8900	Early Frame Logarithmic Frame-Compression	Logarithmic coefficient for effective time dilation in the early universe (z>2.5).
p1,late	-3.1239	Late Frame Frame-Compression	Linear coefficient for effective time dilation in the late universe (z<2.5).
p2,late	3.1852	Late Frame Logarithmic Frame-Compression	Logarithmic coefficient for effective time dilation in the late universe (z<2.5).
zt	2.5	Transition Redshift	The critical redshift where the dynamic handover between early and late frames occurs.
H0	70.0	Hubble Baseline	The baseline Hubble Constant today (km/s/Mpc).
τbase	1.0	Baryonic Floor / Baseline Temporal Compression	The baseline temporal compression factor in the local frame.
a0	0.00038	Critical Acceleration Scale	Fundamental constant for modified galactic dynamics (kpc/s2).
These parameters, once determined, are held constant across all RFT predictions, demonstrating the theory's parsimony and predictive power across diverse cosmological phenomena. They are the bedrock of the 'single set of operators' that govern the RFT universe.