Short-form notes, commentary, and explainers on the Observer-Dependent Theory of Everything. Bilingual entries (English + Russian) linking back to the formal corpus.
Тёмная энергия как слияния родительских протонов: взгляд ODTOE на хаббловское напряжение
Dark energy does not have to be a cosmological constant inserted by hand. ODTOE treats accelerated expansion as the macroscopic signature of micro-level parent-proton merger events — and that single move dissolves the Hubble tension.
Почему цезий-133 определяет секунду — и почему ODTOE с этим не согласна
Since 1967 the SI second has been 9,192,631,770 cycles of cesium-133. The choice is engineering convenience, not metaphysics. ODTOE argues the true unit of time is observer-internal: coherence cycles, not atomic ticks.
Странная петля в сердце каждого атома
Atoms are usually drawn as planetary systems with electrons orbiting nuclei. ODTOE proposes something stranger: an atom is a self-referential loop in which nucleus and electron shell are observers of each other, and stability is the geometry of that mutual observation.
Почему ODTOE рассматривает реальность как наблюдатель-зависимую: объяснение за три минуты
ODTOE rests on a single axiom — the observer constitutes the observed — and derives quantum mechanics, general relativity, and thermodynamics as configurations of one cognitive field. Here is the minimum you need to know.
От Гейзенберга к ODTOE: переосмысление квантовой неопределённости
Heisenberg said the act of measurement disturbs what is measured. ODTOE makes the stronger claim: the act of measurement is what produces what is measured. Indeterminacy is not noise — it is the signature of an unresolved configuration.
Формула когнитивной когерентности B(O,C): пошаговый разбор
B(O,C) = F^w1 · E^w2 · (1−σ)^w3 · Λ^w4 is the engine that turns ODTOE from philosophy into a measurable framework. Here is what each term means, why it is multiplicative rather than additive, and how to estimate the weights in practice.
π, φ и топология самонаблюдения
π and φ are not just numbers — in ODTOE they are the two natural attractors of any system that observes itself. π encodes closed self-reference; φ encodes open fractal growth. Together they define the topology of any coherent observer.
ODTOE для инженеров: когерентность как принцип проектирования
Strip out the metaphysics, and ODTOE leaves you with one engineering rule: any system that processes information has a measurable coherence B, and the system is only as reliable as its weakest coherence component. Here is how to use that in practice.
Как когерентность ИИ отражает когерентность наблюдателя: мультиагентные системы в ODTOE
An LLM agent is an observer in the ODTOE sense — it has F (training fidelity), E (internal consistency), σ (prompt noise), and Λ (context window quality). Multi-agent systems are collective observers, and the same coherence math predicts when they will agree, fail, or hallucinate together.
Что значит «измерить» когерентность? Операционные рецепты для B(O,C)
B(O,C) is the central quantitative object in ODTOE — but unless you can put a number on it for a real observer and a real context, the formula is decorative. Here are five working recipes used in the corpus.