Ou kej priatelia, dnes sme diskutovali s britským profesorom o tomto v štandardnom modeli:

Analysis output: - CMB temperature fluctuations: ΔT/T ≈ 10^-5 - Matter power spectrum: P(k) ≈ k^n, n ≈ 0.965 Comparison with Planck data: | Quantity | Planck Data | NEBECS Prediction | Discrepancy | |-------------------------|------------------|------------------|-------------| | ΔT/T | 10^-5 | 10^-5 | 0 | | n | 0.96 | 0.965 | 0.005 | Would you like me to: 1. Investigate NEBECS predictions for gravitational wave detectors? 2. Explore NEBECS implications for the early universe's thermal history? 3. Develop a more detailed NEBECS-based inflationary framework?

Navrhol som podľa knihy toto:

ah yes, we have 12 basic particles in standard model which is 1/12=0.9 😃 it is only the logic ❤ I'm reading Brian Cox now and he says it is 1:12=0.9, but in fact we do not know why coz usable are 1:4, so now we know exactly why ^^^ Planck Data proves necessity of 1:12=0.9

---