MARJANOVIC, JOVAN — Basic Principles of Over Unity electromagnetic Machines.

Novi Sad : Veljko Milkovic Research & Development Center 1987 A scientific view into the world of free energy from electric charges and magnetic fields. First edition. 203 p.,num. ills.,index, bibliography, 23,5 x 16,5 cm, SOFTCOVER: (Orig. paperback. the first pages with incidental pencil underlining, else UNREAD / NEW) EXTREMELY RARE AND SOUGHT AFTER The "basic principles" of over unity electromagnetic machines involve creating devices that produce more energy than they consume by leveraging asymmetrical magnetic forces, manipulating magnetic fields, and combining magnetic fluxes. Proposed methods include using unbalanced forces by switching magnetic fields, employing high-speed rotors to avoid drag, and integrating systems to gain excess energy from external sources. However, these concepts contradict the established laws of physics, which state that perpetual motion machines and devices violating the second law of thermodynamics (which includes over unity machines) are impossible. According to proponents like Jovan Marjanovic, the following principles are key to developing over unity electromagnetic machines: Asymmetrical Forces: Exploiting unbalanced magnetic forces by controlling when magnetic fields are present, such as by switching them on and off. Magnetic Field Manipulation: Using movable magnetic shields to alter the direction or intensity of magnetic fields. High-Speed Rotors: Designing rotors to operate at high speeds to generate more voltage and minimize the drag force from the magnetic field. Combining Magnetic Fluxes: Integrating magnetic fluxes in a way that generates more net energy than is put in. External Energy Sources: Tapping into external energy from what some theories describe as the quantum vacuum, allowing the system to break thermodynamic equilibrium and achieve overunity coefficients.