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Nikola Tesla's 1891 Lecture is essential for understanding his later works in Radiant Energy, and wireless transmission of power. His later 1890's lectures are based on the knowledge shared in this fundamental lecture. He explains the essential need of powerful electrostatic thrusts, generated by the disruptive discharge of a capacitor, these are the current impulses a later often talks about in not only his lectures, but also his patents. For Donations: Link to the field propulsion video, whereby a disruptive discharged capacitor is set in motion: Video about current and voltage impulses: 00:00 - intro 00:59 - previous experiment 01:28 - 1891 lecture quotes 02:17 - Lecture intro 04:03 - using the electro static field 04:28 - NOT electro magnetic! 05:24 - Hertz vs current impulse 06:30 - Dielectric material losses 07:20 - Vacuum is filled with energy 07:38 - Powerfull electrostatic effects 08:00 - pass a Current impulse through a conductor 08:36 - EM = transverse wave = dark wave 09:17 - Straight (longitudinal) Electrostatic Thrust! 10:52 - Voltage and Frequency 11:30 - In a vacuum it works better! 12:35 - Radiant matter, Electric energy moving in straight lines 13:50 - Disruptive discharge - current impulses 15:02 - dielectric material losses 15:30 - rapid alternating electrostatic potential FX 15:43 - Superimposed vibrations 16:18 - A sudden change is essential 18:09 - electrostatic resonant secondary 18:20 - Phenomena with High voltage at low frequency 19:35 - conjoint effect instead of differential 19:55 - Electrostatic field of force 20:35 - discharge polarity 21:15 - different laws for the flow of currents 22:35 - *resistance = inductive reactance 23:05- Low amount of turns in the primary 23:11 - Impedance effects 23:23 - closing words of the lecture 24:33 - My first conclusions 25:18 - explaining the primary (VR 3D whiteboard) 31:45 - hV Sawtooth wave 32:29 - VR part2: The Secondary coil 41:40 - The Experiment 46:00 - ringing secondary scope shot 47:27 - Third Harmonic 49:30 - Conclusion
