Multidisciplinary research framework focused on the analysis and theoretical reconstruction of Unidentified Aerial Phenomena (UAP) technologies, systems, and underlying physical principles.
Bayesian implementation of the JOR framework (v3.1), introducing probabilistic modeling of anomalous flight characteristics and improved alignment between physical evidence and uncertainty
ASRP WebAR MiniScene — a lightweight WebAR prototype designed for browser-based AR. Includes basic AR interaction, optimized performance for low-end devices, and serves as a testbed for visualizing…
Experimental research study investigating the effects of hyperbolic fields on seed germination, plant growth dynamics, and agricultural yield. EN_RU bilingual documentation.
Multidisciplinary research framework focused on the analysis and theoretical reconstruction of Unidentified Aerial Phenomena (UAP) technologies, systems, and underlying physical principles.
Research study investigating human interaction with DAAT crystals produced using hyperbolic field technologies. Cognitive, perceptual, and physiological tests. EN_RU bilingual documentation.
This project investigates the effects of hyperbolic field modulation on Saccharomyces cerevisiae as a model biological system. The study aims to quantify alterations in fermentation kinetics, metabolic rates, and temporal process dynamics under controlled exposure, establishing a reproducible framework for biochronal modulation research.
Experimental research study investigating the effects of hyperbolic fields on seed germination, plant growth dynamics, and agricultural yield. EN_RU bilingual documentation.
ASRP Quantum-Grade Time Deviation Sensor Array (QTDSA) — a multi-channel high-precision system for detecting ultra-small phase and frequency instabilities across heterogeneous oscillator arrays (quartz, TCXO, OCXO, MCU-based clocks) with delay-compensated measurement architecture and scientific-grade data analysis.
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