The Tension In Cosmology;
Nimble minded astronomers and cosmologists will not need to think very deeply to identify one non-fixed constant, namely the Hubble constant. Explainable by the LINE hypothesized description of the UIE and UTE metaverse phenomena is the current observed inconsistencies in measurements of the value of the Hubble constant. Inconsistent estimates for the value of the Hubble constant derive from calculations based upon properties of the current CMB compared to calculations from measurements of stellar luminosity profiles. Inexplicably, each give sufficiently different values for the Hubble constant to raise concerns.
The LINE hypothesis proposes that the discrepancy in the current estimates of the Hubble constant is a consequence of the UIE which produced the universal first-light now referred to as the cosmic microwave background (CMB). The CMB encodes not only aspects of the UIE’s first-light but the current CMB also encodes the transition-light of all subsequent UTE phases. This is because aspects of the first-light will survive each UTE. Consequently, an improperly decoded CMB will not accurately describe the current post UTE universal expansion profile described as the Hubble constant.
The original (post-UIE, pre-UTE) CMB would predict the correct Hubble constant only for features observed within the initial phase of universal evolution. CMB profiles subsequent to the first-light of the initial universal expansion is called transition–light. Elder CMB’s will have been imprinted by the transition-light of each subsequent UTE. Additionally, stellar luminosity profiles are informed only by the previous universal event. Each, on its face, will inform a different value for the Hubble constant if not correctly considered in calculations and measurements taken within any phase of universal evolution, not only for the Hubble constant, but for any dynamic property of this universe.
The Rings In The CMB;
The LINE hypothesis proposes that the discrepancy in the current estimates of the Hubble constant is a consequence of the universal instantiation event (UIE) which produced the universal first-light now referred to as the cosmic microwave background (CMB). The CMB encodes not only aspects of the UIE’s first-light but the current CMB also encodes the transition-light of all subsequent universal transition event (UTE) phases. This is because aspects of each first/transition-light will survive each UTE. Consequently, an improperly decoded CMB will not accurately describe the current post UTE universal expansion profile described as the Hubble constant.
The original (post-UIE, pre-UTE) CMB would predict the correct Hubble constant only for features observed within the initial phase of universal evolution. CMB profiles subsequent to the first-light of the initial universal expansion is called transition–light. Elder CMB’s will have been imprinted by the transition light of each subsequent UTE. Additionally, stellar luminosity profiles are informed only by the previous universal event. Each, on its face, will inform a different value for the Hubble constant if not correctly considered in calculations and measurements taken within any phase of universal evolution, not only for the Hubble constant, but for any dynamic property of this universe.
The LINE hypothesis proposes that as the universal information load and complexity reach a critical influence, the universal rendering rate (URR) and expansion diminish per the universal information budget (UIB) to initiate a universal contraction phase causing black holes universally to emit their captured information as Hawking radiation. This unbounded release of energy from all black holes, in a contracting space-time, accelerates the universal destruction of complexity. This ongoing reduction in universal complexity during universal contractions culminates in a UTE as the diminishing complexity informs a proportional increase in the URR. Consequently, the UTE initiates a rebound in the diminishing URR. Thus the maximum URR, ostensibly represented by the speed of light, once again begins to increase as the demand for the rendering of reality is diminished by the diminishing complexity of information systems and structures in the universe.
Consider what happens to the CMB during such reversals. The red shifting (reding) of light during expansion phases becomes the blue shifting (bluing) of light for the entirety of each contraction phase of a universe. This includes the bluing of the first and transition light of the UIE and UTE phases.
During each UTE, light, being a state of space, is information conserved through each UTE and informs the background upon which subsequent expansion phases’ first-light emissions will be imprinted. Thus, the CMB encodes heavily blue-shifted light of all prior first/transition-light emissions as a tree encodes its journey through time as growth rings in its trunk. Furthermore, for current attempts to address the tension in calculating the Hubble constant, the LINE proposals suggest that the CMB data must be analyzed for the layering of numerous heavily blue-shifted first/transition-light emissions from multiple universal cycles in any CMB data.
Accurately segregating CMB light that was blue-shifted from light that was red-shifted, will yield the virgin light of the current expansion phase that will accurately reveal the cosmic expansion rate of the cosmological (Hubble) and S8 and other relevant values. Further, the blue-shifted CMB light will encode a potential treasure trove of information about the deep evolution of this universe. The segregation of the light within the CMB would require new scans of the CMB with equipment designed with this new LINE perspective in mind.
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