Definition[]
Talquioth (Talco) is a referential number to the massive total of existing things in the universe, multiplied by the finite alternate and spatial dimensions. The etymology of the word 'talco' It comes from the Arabic talq, “plaster, asbestos”, mineral (basic magnesium silicate) very weak in hardness, unctuous to the touch, which crystallizes in the monoclinic system. The number is based on the amount of matter possible to put into the universe and alternate universes as a general whole. Talc is a clay mineral, composed of hydrated magnesium silicate with the chemical formula Mg3Si4O10(OH)2. Talco is (1,5ΛCDM × 1053)∞ = ϯ
Talc, usually combined with cornstarch, is used as baby powder. This mineral is used as a thickener and lubricant. It is an ingredient in ceramics, paints and roofing materials. It is the main ingredient in many cosmetic products. It occurs in leafy to fibrous forms and in very rare crystalline forms. The base cleavage is perfect, the fracture is irregular, and it is a two-dimensional plate-shaped sheet. The Mohs mineral hardness scale is based on a zero hardness comparison, setting a value of 1 as the hardness of talc, the softest mineral. Talc produces white streaks when scraped across a panel; although this metric is not as important as most silicate minerals.Talc is translucent to opaque, off-white to green, and has a pearly vitreous luster. Talc is insoluble in water and slightly soluble in dilute inorganic acids. Soapstone is a metamorphic rock composed primarily of talc. ΛCDM or Lambda-CDM is an acronym for Lambda-Cold Dark Matter in cosmology. It represents a harmonious model of the "Big Bang" theory, explaining cosmic observations of the microwave background, as well as the large-scale structure of the universe and observations of supernovae, all of which purport to have an explanation for accelerated expansion. . From the universe. universe. This is the simplest known model that is consistent with all observations.
- Λ (lambda) denotes the cosmological constant that is part of the term dark energy, which allows to know the current value of the acceleration of the expansion of the universe. The cosmological constant is described in terms of ΩΛ, which is the fraction of the energy density of a flat universe. Currently, ΩΛ is almost equal to 0.74, which means it is worth 74% of the current energy density of the universe.
- Cold dark matter is a model in which dark matter is interpreted as cold (i.e., non-thermalized), non-baryonic, and collision-free. This composition accounts for 26% of the current energy density of the universe. The remaining 4% is all the matter and energy that make up the atoms and photons that make up planets, stars, gas clouds, etc. in the universe, all astronomically visible parts of the universe.
- The model assumes a quasi-scale-invariant spectrum of the original perturbation and a universe with no spatial curvature. It also assumes that it has no observable topology, so the universe is much larger than the particle's observable event horizon. This leads to predictions about the expansion of the universe.
The model has six parameters. Hubble's parameters determine the expansion rate of the universe and the critical density ρ0 of the universe's curvature. The density of baryons, dark matter and dark energy is ρ0, which is the quotient between the true density and the critical density: for example, Ωb = ρb / ρ0.