BOOK 2. THE BATH SCHOOL. N. LEVASHOV'S «SVETL BROOM» IN A. KHATYBOV'S «BATH SCHOOL» AND A LABOUR SPADE

Book 2. The Bath School. Chapter 6. About Reason, Consciousness and Matter, or "how to dig with the spade of Knowledge" 386 in any way, like gravity, acting on the living through walls, thick metal and other obstacles. " Then he writes: "It turned out that if you move the cellular object to a new location, then Man does not feel the ECS at once, and after a few seconds or minutes, in the same place there remains a" trace "or, as I called jokingly," phantom " , palpable by the hand through dozens of minutes, or even months later. It turned out that the ECS field goes down from the cells not evenly, but surrounds them with a whole system of invisible, but sometimes very clearly perceptible "shells" (perhaps, this is a volumetric diffraction pattern after the splitting the matter stream into quantized components). It turned out that animals (white mice) and people who fall into the zone of action of even a heavy ECS, after a while get used to it, adapt. It can not be otherwise: we are surrounded everywhere by numerous large and small cavities, grids, cells – of living and dead plants (and our own cells), bubbles of all kinds of foam plastic, foam rubber, foam concrete, rooms, corridors, halls, roofs, spaces between the details of consoles, appliances, cars, among the trees, furniture, buildings. The "pillar" or "ray" of ECS turned out to be more effective for the living when it is directed to the opposite the sun's side, and also downwards, to the center of the Earth (where all the flows of primary matter are directed). Does the description of the ECS work convey anything to your mind? I placed this small concave chitin plate on the microscope table to examine its strangely-stellar cells once more under rather large magnifying power. I admired another masterpiece of the Nature-jeweler, and almost without any purpose I put on it using the tweezers a similar plate with these unusual cells on one of its sides. But there it was not: the part broke free from the tweezers, hung for a pair of seconds in the air above the one on the microscope table, turned a little clockwise, sided down in thr air! – to the right, turned counter-clockwise, swung, and only then quickly and sharply fell on the table. What I experienced at that moment – the reader can only imagine... Having recovered, I tied several panels with a wire; this was not without