For Educators
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Egestas dui id ornare arcu odio ut sem. Cras ornare arcu dui vivamus arcu felis bibendum ut. Porttitor leo a diam.
- 17 мая 2026 г.article
학제간 연구의 대상으로서의 환생과 그 법적, 사회적, 정치적 함의: 환생의 "거울" 속의 과학적 패러다임 — 이론적 및 철학적 개념에서 과학적 분석, 연구 및 검증까지
이론과 철학적 개념에서부터 과학적 분석, 연구, 검증에 이르기까지
Read:23 min - 19 июля 2026 г.article
Chrono-regulatory effects of the hyperbolic field in blood plasma, yeast and plants (Combined report on three experimental studies)
This report brings together three independent ASRP experiments that test a single hypothesis: that exposure to the hyperbolic field shifts the tempo of biological processes. In human blood plasma, a blinded multi-method analysis yielded a coagulation-advancement order CH19 > control > CH21 (clotting frequency 78%, 65% and 41% respectively; under blind comparison Gemini 2.5 Flash selected CH19 as the most coagulated in 57.9% of cases, p = 0.027; 7 donors). In Saccharomyces cerevisiae yeast cultures, three independent methods consistently showed the highest density under CH17 (+83% relative to control) and the lowest under CH21 (−21%) in two of three cycles. In plants, in addition to a preliminary self-reported biomass measurement (kale +34%), quantitative microscopy of the broccoli-microgreen epidermis showed that the "control" and "treated" sets are reliably distinguishable by cell-structure pattern at the frame level (a classifier on DINOv2 embeddings — balanced accuracy 92%, permutation p = 0.001; in the same direction, nucleus prominence +55% and structural orderliness), but owing to pseudoreplication and uncontrolled imaging this is a preliminary, non-confirmatory signal. We separate the measurements, their interpretation, and hypotheses about the mechanism; the latter we consider speculative and as yet untested. This is a reproducible but preliminary cross-system signal, not proof; on its basis we outline further controlled experiments.
Read:23 min - 11 апреля 2026 г.article
Clinical Validation of the Inspira-X System: A Method for Correcting Breathing Patterns with Biological Feedback
Dysfunctional breathing patterns represent one of the key issues leading to chronic health conditions and hindering recovery from comorbid pathological states. Relatively little is known about effective methods for correcting incorrect breathing patterns. In this article, we present the results of the clinical validation of the Inspira-X biofeedback system. The obtained results indicate high effectiveness of the device's corrective impact, which is most likely associated with the active biofeedback system and the recipient's conscious engagement.
Read:23 min