
В работе предлагается теоретический фреймворк ОТИС (Общая теория иерархического синтеза), в рамках которого фундаментальные константы природы выводятся из геометрии плоскости Фано PG(2,2) и группы автоморфизмов октонионов G₂ без свободных параметров. Выведены: постоянная тонкой структуры α = 1/[π(4π²+π+1)] = 1/137.036 (точность 100%), отношение масс протона и электрона mₚ/mₑ = 6π⁵ (99.998%), массы W-, Z- и H-бозонов, угол Вайнберга, константа сильного взаимодействия αₛ, гравитационная постоянная G, постоянная Хаббла H₀, разность масс нейтрона и протона, массы кварков u и d. Сформулировано фальсифицируемое предсказание: сумма масс нейтрино Σmν = 62 мэВ при нормальной иерархии, проверяемое экспериментами Euclid и CMB-S4 в 2028–2030 гг.
The OTIS (General Theory of Hierarchical Synthesis) framework is presented, in which fundamental constants of nature are derived from the geometry of the Fano plane PG(2,2) and the G₂ automorphism group of octonions, without free parameters. Results include: fine structure constant α = 1/[π(4π²+π+1)] = 1/137.036 (100.000% accuracy), proton-to-electron mass ratio mₚ/mₑ = 6π⁵ (99.998%), W, Z, and Higgs boson masses, Weinberg angle, strong coupling constant αₛ, gravitational constant G, Hubble constant H₀, neutron-proton mass difference, and light quark masses. A falsifiable prediction is formulated: the neutrino mass sum Σmν = 62 meV under normal hierarchy, testable by Euclid and CMB-S4 in 2028–2030.
octonions, Standard Model, coherenton, fine structure constant, neutrino masses, fundamental constants, Fano plane, G2 group, hierarchical synthesis
octonions, Standard Model, coherenton, fine structure constant, neutrino masses, fundamental constants, Fano plane, G2 group, hierarchical synthesis
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