Physics & SpaceOpen access
The Phase Boundary as a Site of a Connectivity Jump: Phase Transitions, Time, Nonlocality, Kozyrev's Experiments, and Hemispherical Mirrors in the TIP Model/Граница раздела фаз как место скачка связности: фазовые переходы, время, нелокальность, эксперименты Козырева и полусферические зеркала в модели ТИП
This work, the eighteenth in the series of publications on the Torsion-Information Pattern (TIP) model, is devoted to the study of phase transitions as connectivity jumps. The article shows that the phase boundary is an active zone where connectivity changes abruptly, accompanied...
Zenodo (CERN European Organization for Nuclear Research)2026-08-020 citationsDOI Physics & SpaceOpen access
The Phase Boundary as a Site of a Connectivity Jump: Phase Transitions, Time, Nonlocality, Kozyrev's Experiments, and Hemispherical Mirrors in the TIP Model/Граница раздела фаз как место скачка связности: фазовые переходы, время, нелокальность, эксперименты Козырева и полусферические зеркала в модели ТИП
This work, the eighteenth in the series of publications on the Torsion-Information Pattern (TIP) model, is devoted to the study of phase transitions as connectivity jumps. The article shows that the phase boundary is an active zone where connectivity changes abruptly, accompanied...
Zenodo (CERN European Organization for Nuclear Research)2026-08-020 citationsDOI Physics & SpaceOpen access
The Phase Boundary as a Site of a Connectivity Jump: Phase Transitions, Time, Nonlocality, Kozyrev's Experiments, and Hemispherical Mirrors in the TIP Model/Граница раздела фаз как место скачка связности: фазовые переходы, время, нелокальность, эксперименты Козырева и полусферические зеркала в модели ТИП
This work, the eighteenth in the series of publications on the Torsion-Information Pattern (TIP) model, is devoted to the study of phase transitions as connectivity jumps. The article shows that the phase boundary is an active zone where connectivity changes abruptly, accompanied...
Zenodo (CERN European Organization for Nuclear Research)2026-08-020 citationsDOI