
| First International Symposium: on Non-Conventional Energy Technology (PACE, 1987) |
| (introduction...) |
| Forword |
| Non-linear field physics |
![]() | (introduction...) |
![]() | Introduction |
![]() | A unified yield theory |
![]() | Non-linear field physics laboratory |
![]() | Acceleration of breakthroughs and applications |
![]() | Figures |
| Transistorized g-power generator |
| The synergetic theory and transformation of gravitational energy |
![]() | (introduction...) |
![]() | Part I |
![]() | Questions and answers and comments |
![]() | The transformation of gravitation energy into electrical energy by ''Tokamak'' process: Part II |
| The conversion of centrifugal force into linear force and motion |
| Water decomposition by means of alternating current electrolysis |
![]() | (introduction...) |
![]() | 1. Cutting the Gordian knot of the great energy bind |
![]() | 2. An elementary introduction to the design and operation of the thermodynamic device to electrolyse water with A.C. |
![]() | 3. Electrothermodynamics |
![]() | Protocol: 4. Methodology for the evaluation of the efficiency of water decomposition by means of alternating current electrolysis. |
![]() | 5. Thermodynamic measurement |
![]() | 6. Alternative methodology for calculating efficiency based on the faraway law of electrochemistry. |
![]() | 7. Conclusion |
![]() | Appendix 1 |
| The Scandinavian research organization on non-conventional energy and the implosion theory (Viktor Schauberger) |
| Financing primary energy technology |
| The non-equivalence of mass and energy |
![]() | (introduction...) |
![]() | 1. Primary matter |
![]() | 2. Radiation |
![]() | 3. The Bohr atom |
![]() | 4. Electromagnetic energy |
![]() | 5. Secondary matter |
![]() | 6. Contraction energy |
| Conceptual changes in reality models from new discoveries in physics |
![]() | (introduction...) |
![]() | I. Introduction: remote connectedness and coherent phenomena |
![]() | II. Event connection in multi-dimensional complex Minkowski models |
![]() | III. Solitary wave solutions and coherent non dispersive solutions in complex geometries |
![]() | (introduction...) |
![]() | A. The linear Schrödinger equation in real and complex space |
![]() | B. Discussion and application of coherent state solutions |
![]() | C. Possible implications for technology |
![]() | IV. Conclusion |
![]() | Acknowledgments |
![]() | References |
| Stepping down high frequency energy |
![]() | (introduction...) |
![]() | Introduction |
![]() | Energy of frequency |
![]() | The ''spectral diode''. |
![]() | Plasma tubes |
![]() | Tapping the zero-point energy? |
![]() | Summary |
![]() | Acknowledgements |
![]() | References |
| Earth rotation as a source of free energy. |
![]() | (introduction...) |
![]() | 1. Introduction |
![]() | 2. Perpetual motion and the laws of thermodynamics |
![]() | 3. The bessler wheel |
![]() | 4. The pendulum as a perpetual motion |
![]() | 5. Application to electromagnetic devices |
![]() | 6. Properties of earth rotation as a free energy source |
![]() | References |
| Journey to the end of the universe |
| Atomic structure and gravity |
![]() | (introduction...) |
![]() | Gravity |
| Tesla's secrets |
![]() | (introduction...) |
![]() | References |
![]() | Acknowledgements |
| Studies on rotation leading to the N-Machine |
| The one-piece homopolar generator |
| Homopolar generation and other observations |
| The development of post-relativistic concepts in physics and advanced technology abroad |
| Mechanical energy from anisotropic gravitational fields (MEGA) |
![]() | A novel source of clean regenerative energy |
![]() | Part 2 |
![]() | References |
| Radiant energy lecture |
| Energy and gravity |
![]() | (introduction...) |
![]() | Field measuring device |
![]() | Abstract of the disclosure |
![]() | Background of the invention |
![]() | Introduction |
![]() | Anti-gravity properties of crystalline lattices |