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THE MECHANICAL AND MOLECULAR DNA STRUCTURES: A Mechanical and Geometric Approach Analysis - Couverture souple

Georgallides, Markos P.

 
9786204717654: THE MECHANICAL AND MOLECULAR DNA STRUCTURES: A Mechanical and Geometric Approach Analysis

Synopsis

The Special Problems of E-geometry consist the Mould of Quantization, to become Monads of Space Anti-Space as Material Dipole or Conductor in Monad-Structures The One Line-Vector = Conductor AB is of 2 M-Points or 4 Positions, where A Position is Electric motion ⊕, and B Position is Magnetic Rest, ⊝, motion as Wave or disturbance = vibration that carries Energy = Stress and Travels from A to B. This Motion as Stress Due to Screw Torsion onto Geometry-[MPM]-Mechanism where The 2-Vector, |+|,|-|, of 3-Poles carrie motion through Position Z from A to B, into an Changeable Rotating Squares-System to 2 Half Area Squares, as Homo-Parallel and Neutral Position.This Mechanism, Conserves, Developes, Reproduces by Dividing the Two-Vectors using Conservation Laws in Mechanics Physics, Inorgan+Organic Chemistry, and everywhere exists motion. Functions occur in Physical Conductors consisting their Hands. Photon gives Energy + Information = Golden-Ratio, E-Particles give Energy = Bonding, Inf = Compounds, Atoms give Electromotive, Strong + Weak Forces, Molecules give Conductors Hands Energy, Inf = DNA, Crystals give Energy = Bonding, Inf = Photoelastic Propagation.

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