Идеи по атомной механике. Открытие физической основы для теории всего. Андрей Николаевич Чемезов

а также ориентацией частиц в гравитационном поле Земли, планет, звёзд – направление гравитационного поля тоже стабильно, способом регистрации текущих состояний частиц и некоторыми другими факторами. На этом стабильность, предсказуемость частиц заканчивается. Каждая новая смена состояния приводит к «превращению одних частиц в другие», а ведь это естественное взаимодействие частиц друг с другом, строго по правилам механики.

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